10-28-22 19:59  PyFrac.general                           INFO      Log file set up
10-28-22 19:59  PyFrac.controller.run                    INFO      Making elasticity matrix...
10-28-22 19:59  PyFrac.controller.run                    INFO      Done!
10-28-22 19:59  PyFrac.controller.run                    INFO      Starting time = 0.0018861660696590948
10-28-22 19:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.002037960769270112 ...
10-28-22 19:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00015179469961101725 sec...
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 19:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 19:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 19:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 19:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 19:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010278241440830005
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 19:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 19:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001757147501402952
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 19:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 19:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003084625919262211
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003084625919262211
10-28-22 19:59  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 19:59  PyFrac.controller.run                    DEBUG     Solved time: 0.002037960769270112 s
10-28-22 19:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.00015179469961101736 s
10-28-22 19:59  PyFrac.controller.run                    INFO      Element in the crack: 121
10-28-22 19:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 19:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 19:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 19:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 19:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 19:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 19:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0021924951629737136 ...
10-28-22 19:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00015453439370360122 sec...
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 19:59  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 19:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 19:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 19:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 19:59  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012440568985828312
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 19:59  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0022534303741812423
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004155457936358224
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004155457936358224
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.0021924951629737136 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001545343937036014 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 121
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.002354809471116653 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001623143081429394 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.15119015957361423
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0035839476123532554
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007407247943664134
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007407247943664134
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.002354809471116653 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016231430814293932 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 137
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0025261041943251713 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017129472320851857 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013861247981439359
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019520481284485136
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002759012719869928
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002759012719869928
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.0025261041943251713 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.00017129472320851847 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 137
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0027070329673363792 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00018092877301120774 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01576354065227618
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023468667820021327
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003505080257373283
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003505080257373283
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.0027070329673363792 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001809287730112079 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 137
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0028983969089944506 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00019136394165807132 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017485077991079494
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002813742738135172
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00045519999745587586
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00045519999745587586
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.0028983969089944506 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019136394165807135 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 145
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0031009819609827604 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00020258505198830982 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017299633207423486
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002345488023741312
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003249525980610161
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003249525980610161
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.0031009819609827604 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.00020258505198830984 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 145
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.003315518340787429 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00021453637980466857 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02067231415048254
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029727702156939393
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004310346084370753
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004310346084370753
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.003315518340787429 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002145363798046686 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 145
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0035430207777771916 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002275024369897628 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012516541227040268
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001952315942518482
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003103248243791411
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003103248243791411
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.0035430207777771916 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002275024369897626 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 161
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0037838171799045293 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00024079640212733758 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01745827714682597
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002421501894209183
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00034741729239102473
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00034741729239102473
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.0037838171799045293 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.00024079640212733766 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 177
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0040389091188062 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00025509193890167097 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01576499798092953
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016010252886451731
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016604580922496837
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00016604580922496837
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.0040389091188062 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002550919389016711 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 177
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0043090007016380666 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00027009158283186645 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01837665208280535
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001993613587081912
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022219546058150591
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00022219546058150591
10-28-22 20:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Solved time: 0.0043090007016380666 s
10-28-22 20:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002700915828318662 s
10-28-22 20:00  PyFrac.controller.run                    INFO      Element in the crack: 185
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.004594967382217135 ...
10-28-22 20:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002859666805790682 sec...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017877714758013332
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018051421043241106
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018778315394645567
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00018778315394645567
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.004594967382217135 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002859666805790683 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 193
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.004897711636936105 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00030274425471897023 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015434802178741158
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014551617789909496
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:01  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001346282582108671
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0001346282582108671
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.004897711636936105 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003027442547189705 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 193
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0052183704599549465 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00032065882301884137 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009755546543112115
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010258710233611024
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010542568564136934
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00010542568564136934
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.0052183704599549465 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.00032065882301884115 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 213
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.005557427559251227 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00033905709929628086 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013978460303553986
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001041956266038424
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.661141001524818e-05
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 7.661141001524818e-05
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.005557427559251227 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.00033905709929628065 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 221
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.005916078237002406 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00035865067775117947 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.10899008202843619
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000949188881080143
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000949188881080143
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.005916078237002406 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.00035865067775117925 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 241
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.006295362630182584 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003792843931801773 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01022643170990134
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005938662374157522
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005938662374157522
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.006295362630182584 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.00037928439318017735 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 241
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.006696263944535744 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004009013143531602 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011609520785648253
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005778181524531689
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005778181524531689
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.006696263944535744 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004009013143531602 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 249
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.007119903009266831 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00042363906473108655 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.21423580968456082
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002866526296990814
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002866526296990814
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.007119903009266831 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.00042363906473108677 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 277
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.007567451999585781 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00044754899031895036 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008745582340008242
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003166905056505915
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003166905056505915
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.007567451999585781 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.00044754899031895 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 285
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.008040096252035837 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004726442524500558 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006964088342602438
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022907617135992098
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022907617135992098
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.008040096252035837 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.000472644252450056 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 293
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.008538997081018126 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004989008289822896 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008160729988154338
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010247616361850713
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00010247616361850713
10-28-22 20:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Solved time: 0.008538997081018126 s
10-28-22 20:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004989008289822891 s
10-28-22 20:01  PyFrac.controller.run                    INFO      Element in the crack: 301
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.00906545067084199 ...
10-28-22 20:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005264535898238645 sec...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:01  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005360380243438901
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.868070638097578e-05
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.868070638097578e-05
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.00906545067084199 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005264535898238647 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 325
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.009620791509384578 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005553408385425871 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004986730779443072
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001118076112730293
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001118076112730293
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.009620791509384578 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005553408385425875 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 341
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.010206395906973153 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005856043975885741 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004672392410200299
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.690939171789424e-05
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.690939171789424e-05
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.010206395906973153 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005856043975885749 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 349
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.010823601948797683 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006172060418245311 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029516973101385347
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016761588708718022
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016761588708718022
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.010823601948797683 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006172060418245303 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 365
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.011473902685441932 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006503007366442478 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014114928757229528
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013587614972427887
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00013587614972427887
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.011473902685441932 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006503007366442486 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 373
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.011886166069659095 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004122633842171628 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003655764037689302
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.449063119197505e-05
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.449063119197505e-05
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.011886166069659095 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004122633842171628 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 385
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.012592770543199992 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007066044735408966 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0906977391527386
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.100214452541376e-05
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.100214452541376e-05
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.012592770543199992 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.000706604473540897 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 413
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.013336559479479274 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007437889362792811 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003548994897926069
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022257005312521403
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022257005312521403
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.013336559479479274 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.000743788936279282 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 421
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.014119068398917557 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000782508919438283 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006029685702730638
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.388710781716423e-05
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.388710781716423e-05
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.014119068398917557 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007825089194382837 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 437
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.01494196399316976 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008228955942522032 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007348732593008463
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015649237938841765
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015649237938841765
10-28-22 20:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Solved time: 0.01494196399316976 s
10-28-22 20:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008228955942522036 s
10-28-22 20:02  PyFrac.controller.run                    INFO      Element in the crack: 465
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.01580701795265585 ...
10-28-22 20:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008650539594860888 sec...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008705029793108535
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.4311029845837098e-05
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.4311029845837098e-05
10-28-22 20:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Solved time: 0.01580701795265585 s
10-28-22 20:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008650539594860888 s
10-28-22 20:03  PyFrac.controller.run                    INFO      Element in the crack: 489
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.016716009339492674 ...
10-28-22 20:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009089913868368261 sec...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010606981075187871
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015935158508136502
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015935158508136502
10-28-22 20:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Solved time: 0.016716009339492674 s
10-28-22 20:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009089913868368243 s
10-28-22 20:03  PyFrac.controller.run                    INFO      Element in the crack: 505
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.016886166069659096 ...
10-28-22 20:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017015673016642155 sec...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00528429622411597
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005602122254237211
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005602122254237211
10-28-22 20:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Solved time: 0.016886166069659096 s
10-28-22 20:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.00017015673016642155 s
10-28-22 20:03  PyFrac.controller.run                    INFO      Element in the crack: 505
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.01722647952999194 ...
10-28-22 20:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003403134603328431 sec...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0059221256744225554
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003024866866166616
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003024866866166616
10-28-22 20:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Solved time: 0.01722647952999194 s
10-28-22 20:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003403134603328431 s
10-28-22 20:03  PyFrac.controller.run                    INFO      Element in the crack: 509
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.017907106450657625 ...
10-28-22 20:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006806269206656862 sec...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004058511004352061
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015538178345830822
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015538178345830822
10-28-22 20:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Solved time: 0.017907106450657625 s
10-28-22 20:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006806269206656862 s
10-28-22 20:03  PyFrac.controller.run                    INFO      Element in the crack: 525
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.018920946050069037 ...
10-28-22 20:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010138395994114123 sec...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015413049558690913
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008934495022019544
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008934495022019544
10-28-22 20:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Solved time: 0.018920946050069037 s
10-28-22 20:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010138395994114119 s
10-28-22 20:03  PyFrac.controller.run                    INFO      Element in the crack: 553
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.019984765362721132 ...
10-28-22 20:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010638193126520942 sec...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014996861359678294
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005773785591442012
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005773785591442012
10-28-22 20:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Solved time: 0.019984765362721132 s
10-28-22 20:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010638193126520958 s
10-28-22 20:03  PyFrac.controller.run                    INFO      Element in the crack: 577
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.021100655368596923 ...
10-28-22 20:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011158900058757914 sec...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02022187375735446
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010898142639431758
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.8828234270172394e-05
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 4.8828234270172394e-05
10-28-22 20:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Solved time: 0.021100655368596923 s
10-28-22 20:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011158900058757908 s
10-28-22 20:03  PyFrac.controller.run                    INFO      Element in the crack: 593
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.021886166069659097 ...
10-28-22 20:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007855107010621733 sec...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0075898101837656995
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010651291893637449
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00010651291893637449
10-28-22 20:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Solved time: 0.021886166069659097 s
10-28-22 20:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007855107010621733 s
10-28-22 20:03  PyFrac.controller.run                    INFO      Element in the crack: 609
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02309386861828715 ...
10-28-22 20:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001207702548628054 sec...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.050071100235358657
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0020099386212240056
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020715543776818533
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00020715543776818533
10-28-22 20:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Solved time: 0.02309386861828715 s
10-28-22 20:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012077025486280542 s
10-28-22 20:04  PyFrac.controller.run                    INFO      Element in the crack: 641
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.024359238292462067 ...
10-28-22 20:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012653696741749168 sec...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04760086653771246
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017289489553567858
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013770028077399386
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00013770028077399386
10-28-22 20:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Solved time: 0.024359238292462067 s
10-28-22 20:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012653696741749161 s
10-28-22 20:04  PyFrac.controller.run                    INFO      Element in the crack: 665
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02568449802183059 ...
10-28-22 20:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001325259729368524 sec...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.045062470687923586
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002660607583049376
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026596523895231324
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00026596523895231324
10-28-22 20:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Solved time: 0.02568449802183059 s
10-28-22 20:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013252597293685227 s
10-28-22 20:04  PyFrac.controller.run                    INFO      Element in the crack: 681
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.026886166069659097 ...
10-28-22 20:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001201668047828508 sec...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02040492058364034
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017467393323477391
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014750542545923415
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00014750542545923415
10-28-22 20:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Solved time: 0.026886166069659097 s
10-28-22 20:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.001201668047828508 s
10-28-22 20:04  PyFrac.controller.run                    INFO      Element in the crack: 717
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.028329436072997448 ...
10-28-22 20:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014432700033383487 sec...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028631952704702122
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002866769625630461
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003124295376133901
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003124295376133901
10-28-22 20:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Solved time: 0.028329436072997448 s
10-28-22 20:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014432700033383504 s
10-28-22 20:04  PyFrac.controller.run                    INFO      Element in the crack: 749
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.029839239211326234 ...
10-28-22 20:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001509803138328787 sec...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0331793053529933
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003236765472474623
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033352331272962964
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00033352331272962964
10-28-22 20:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Solved time: 0.029839239211326234 s
10-28-22 20:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015098031383287865 s
10-28-22 20:04  PyFrac.controller.run                    INFO      Element in the crack: 777
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03141788454872999 ...
10-28-22 20:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001578645337403757 sec...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.037966126973257866
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004414240258405992
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005168315964120632
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005168315964120632
10-28-22 20:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Solved time: 0.03141788454872999 s
10-28-22 20:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015786453374037578 s
10-28-22 20:04  PyFrac.controller.run                    INFO      Element in the crack: 793
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0318861660696591 ...
10-28-22 20:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00046828152092910635 sec...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002100042466270935
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.248104773244184e-05
10-28-22 20:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.248104773244184e-05
10-28-22 20:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Solved time: 0.0318861660696591 s
10-28-22 20:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.00046828152092910635 s
10-28-22 20:04  PyFrac.controller.run                    INFO      Element in the crack: 793
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03282272911151731 ...
10-28-22 20:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009365630418582127 sec...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011145176889391595
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005066156160212776
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005066156160212776
10-28-22 20:05  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Solved time: 0.03282272911151731 s
10-28-22 20:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009365630418582127 s
10-28-22 20:05  PyFrac.controller.run                    INFO      Element in the crack: 829
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0345353052271566 ...
10-28-22 20:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017125761156392876 sec...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02506215284556418
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004384932537826514
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005261967890954344
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005261967890954344
10-28-22 20:05  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Solved time: 0.0345353052271566 s
10-28-22 20:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017125761156392902 s
10-28-22 20:05  PyFrac.controller.run                    INFO      Element in the crack: 861
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03632392327868591 ...
10-28-22 20:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017886180515293102 sec...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04208563638910645
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005450958407557938
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007054654658457116
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007054654658457116
10-28-22 20:05  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Solved time: 0.03632392327868591 s
10-28-22 20:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017886180515293074 s
10-28-22 20:05  PyFrac.controller.run                    INFO      Element in the crack: 885
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.036886166069659096 ...
10-28-22 20:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005622427909731872 sec...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009689345748660205
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009689345748660205
10-28-22 20:05  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Solved time: 0.036886166069659096 s
10-28-22 20:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005622427909731872 s
10-28-22 20:05  PyFrac.controller.run                    INFO      Element in the crack: 885
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03801065165160547 ...
10-28-22 20:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011244855819463745 sec...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01660954703196663
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010964078996818865
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.569852417338756e-05
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 7.569852417338756e-05
10-28-22 20:05  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Solved time: 0.03801065165160547 s
10-28-22 20:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011244855819463745 s
10-28-22 20:05  PyFrac.controller.run                    INFO      Element in the crack: 925
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03995112459628984 ...
10-28-22 20:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019404729446843715 sec...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015343794223711819
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006279185367235798
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009385627694062664
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0009385627694062664
10-28-22 20:05  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Solved time: 0.03995112459628984 s
10-28-22 20:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.001940472944684371 s
10-28-22 20:05  PyFrac.controller.run                    INFO      Element in the crack: 949
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0418861660696591 ...
10-28-22 20:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001935041473369259 sec...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017373551665095334
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005659353812481799
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007746101949167518
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007746101949167518
10-28-22 20:06  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Solved time: 0.0418861660696591 s
10-28-22 20:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.001935041473369259 s
10-28-22 20:06  PyFrac.controller.run                    INFO      Element in the crack: 981
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0439930683251618 ...
10-28-22 20:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021069022555026996 sec...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:06  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06871144013304446
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006504946607510011
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009800649072450628
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0009800649072450628
10-28-22 20:06  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Solved time: 0.0439930683251618 s
10-28-22 20:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.002106902255502696 s
10-28-22 20:06  PyFrac.controller.run                    INFO      Element in the crack: 1005
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04618924349254407 ...
10-28-22 20:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021961751673822763 sec...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09754481091511631
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007464095587518532
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012793818181744657
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022817942753376266
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.00022817942753376266
10-28-22 20:06  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Solved time: 0.04618924349254407 s
10-28-22 20:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021961751673822763 s
10-28-22 20:06  PyFrac.controller.run                    INFO      Element in the crack: 1049
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0468861660696591 ...
10-28-22 20:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000696922577115025 sec...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004992502942856211
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0004992502942856211
10-28-22 20:06  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Solved time: 0.0468861660696591 s
10-28-22 20:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.000696922577115025 s
10-28-22 20:06  PyFrac.controller.run                    INFO      Element in the crack: 1069
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04828001122388915 ...
10-28-22 20:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00139384515423005 sec...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.027898626452125756
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002141387717486904
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017765339022160178
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00017765339022160178
10-28-22 20:06  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Solved time: 0.04828001122388915 s
10-28-22 20:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.00139384515423005 s
10-28-22 20:06  PyFrac.controller.run                    INFO      Element in the crack: 1093
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05065494446713969 ...
10-28-22 20:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023749332432505387 sec...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018361054146816733
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00018361054146816733
10-28-22 20:06  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Solved time: 0.05065494446713969 s
10-28-22 20:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023749332432505404 s
10-28-22 20:06  PyFrac.controller.run                    INFO      Element in the crack: 1117
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0518861660696591 ...
10-28-22 20:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001231221602519414 sec...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018822357236512394
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014013219575715358
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011206542426384958
10-28-22 20:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00011206542426384958
10-28-22 20:06  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Solved time: 0.0518861660696591 s
10-28-22 20:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.001231221602519414 s
10-28-22 20:06  PyFrac.controller.run                    INFO      Element in the crack: 1145
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05434860927469793 ...
10-28-22 20:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002462443205038828 sec...
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029433275605623933
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00869563529466115
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015144897430675772
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002785061982303386
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0002785061982303386
10-28-22 20:07  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Solved time: 0.05434860927469793 s
10-28-22 20:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.002462443205038828 s
10-28-22 20:07  PyFrac.controller.run                    INFO      Element in the crack: 1193
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05688616606965911 ...
10-28-22 20:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0025375567949611766 sec...
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019727112474072515
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011210406350463336
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0020612488350610796
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040259235735764625
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.00040259235735764625
10-28-22 20:07  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Solved time: 0.05688616606965911 s
10-28-22 20:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0025375567949611766 s
10-28-22 20:07  PyFrac.controller.run                    INFO      Element in the crack: 1225
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.059609838895997004 ...
10-28-22 20:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0027236728263378986 sec...
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017737241041951367
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012340558362639885
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024579550453914393
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004938300088362643
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0004938300088362643
10-28-22 20:07  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Solved time: 0.059609838895997004 s
10-28-22 20:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0027236728263378973 s
10-28-22 20:07  PyFrac.controller.run                    INFO      Element in the crack: 1253
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.061886166069659104 ...
10-28-22 20:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022763271736621 sec...
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.046071526877340216
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008156297131379553
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014521668977002023
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002697160472782123
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0002697160472782123
10-28-22 20:07  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Solved time: 0.061886166069659104 s
10-28-22 20:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022763271736621 s
10-28-22 20:07  PyFrac.controller.run                    INFO      Element in the crack: 1305
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06480777731857308 ...
10-28-22 20:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0029216112489139807 sec...
10-28-22 20:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06601539572430211
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013087249940635103
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025435286627122798
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005169138640724214
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005169138640724214
10-28-22 20:08  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Solved time: 0.06480777731857308 s
10-28-22 20:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0029216112489139773 s
10-28-22 20:08  PyFrac.controller.run                    INFO      Element in the crack: 1353
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06688616606965911 ...
10-28-22 20:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002078388751086027 sec...
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05297359448434449
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007783011095267511
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011563789059273687
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018267220684320407
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.00018267220684320407
10-28-22 20:08  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Solved time: 0.06688616606965911 s
10-28-22 20:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.002078388751086027 s
10-28-22 20:08  PyFrac.controller.run                    INFO      Element in the crack: 1369
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07000205141053899 ...
10-28-22 20:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003115885340879884 sec...
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03389814464113536
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013909905668968764
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003084298827188784
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006990774193004782
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006990774193004782
10-28-22 20:08  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Solved time: 0.07000205141053899 s
10-28-22 20:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0031158853408798787 s
10-28-22 20:08  PyFrac.controller.run                    INFO      Element in the crack: 1417
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07188616606965911 ...
10-28-22 20:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018841146591201258 sec...
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007811238134269702
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004668583574687125
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005763208002799539
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005763208002799539
10-28-22 20:08  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Solved time: 0.07188616606965911 s
10-28-22 20:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018841146591201258 s
10-28-22 20:08  PyFrac.controller.run                    INFO      Element in the crack: 1449
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07519303634256148 ...
10-28-22 20:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003306870272902366 sec...
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022848289603360734
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015716318541460796
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:08  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0034362579526827745
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007770494136769134
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007770494136769134
10-28-22 20:09  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Solved time: 0.07519303634256148 s
10-28-22 20:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.003306870272902371 s
10-28-22 20:09  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07688616606965912 ...
10-28-22 20:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016931297270976337 sec...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.061177273123599274
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04378314676367716
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006049106219756306
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006049106219756306
10-28-22 20:09  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Solved time: 0.07688616606965912 s
10-28-22 20:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016931297270976337 s
10-28-22 20:09  PyFrac.controller.run                    INFO      Element in the crack: 1489
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08027242552385438 ...
10-28-22 20:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0033862594541952673 sec...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05334675613831852
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01243479972051744
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002835944371162262
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006475409490248103
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006475409490248103
10-28-22 20:09  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Solved time: 0.08027242552385438 s
10-28-22 20:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0033862594541952673 s
10-28-22 20:09  PyFrac.controller.run                    INFO      Element in the crack: 1565
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0818861660696591 ...
10-28-22 20:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016137405458047094 sec...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.031722390327174145
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002841435970381506
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003074151505180402
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003074151505180402
10-28-22 20:09  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Solved time: 0.0818861660696591 s
10-28-22 20:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016137405458047094 s
10-28-22 20:09  PyFrac.controller.run                    INFO      Element in the crack: 1581
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08511364716126851 ...
10-28-22 20:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032274810916094188 sec...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021988779561470585
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01457339221066022
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030290840387718694
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006516722917836952
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006516722917836952
10-28-22 20:09  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Solved time: 0.08511364716126851 s
10-28-22 20:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032274810916094188 s
10-28-22 20:09  PyFrac.controller.run                    INFO      Element in the crack: 1617
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0868861660696591 ...
10-28-22 20:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017725189083905857 sec...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:09  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:09  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03715885385701245
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003993184441556769
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00042277364463978853
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00042277364463978853
10-28-22 20:10  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Solved time: 0.0868861660696591 s
10-28-22 20:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017725189083905857 s
10-28-22 20:10  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09043120388644027 ...
10-28-22 20:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0035450378167811714 sec...
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05910609445032292
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017592478270021108
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004265254064730869
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010520424992556652
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026667438064982866
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00026667438064982866
10-28-22 20:10  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Solved time: 0.09043120388644027 s
10-28-22 20:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0035450378167811714 s
10-28-22 20:10  PyFrac.controller.run                    INFO      Element in the crack: 1685
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0918861660696591 ...
10-28-22 20:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001454962183218833 sec...
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021336376399969697
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016052221317288382
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014200780722840926
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00014200780722840926
10-28-22 20:10  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Solved time: 0.0918861660696591 s
10-28-22 20:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.001454962183218833 s
10-28-22 20:10  PyFrac.controller.run                    INFO      Element in the crack: 1701
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09479609043609677 ...
10-28-22 20:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002909924366437666 sec...
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013324508232912535
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010738100594699016
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019730466206001173
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00038074597257458964
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.00038074597257458964
10-28-22 20:10  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Solved time: 0.09479609043609677 s
10-28-22 20:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.002909924366437666 s
10-28-22 20:10  PyFrac.controller.run                    INFO      Element in the crack: 1749
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09688616606965911 ...
10-28-22 20:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020900756335623383 sec...
10-28-22 20:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04026936820975751
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006074980745529069
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000811744213767811
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000811744213767811
10-28-22 20:11  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Solved time: 0.09688616606965911 s
10-28-22 20:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020900756335623383 s
10-28-22 20:11  PyFrac.controller.run                    INFO      Element in the crack: 1765
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10106631733678378 ...
10-28-22 20:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0041801512671246766 sec...
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09879570529970683
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02277391578970985
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0049725009857202185
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013250970734837164
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003596710439099186
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003596710439099186
10-28-22 20:11  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Solved time: 0.10106631733678378 s
10-28-22 20:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0041801512671246766 s
10-28-22 20:11  PyFrac.controller.run                    INFO      Element in the crack: 1821
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10188616606965911 ...
10-28-22 20:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008198487328753279 sec...
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00331520239077047
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.698414887154688e-05
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.698414887154688e-05
10-28-22 20:11  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Solved time: 0.10188616606965911 s
10-28-22 20:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008198487328753279 s
10-28-22 20:11  PyFrac.controller.run                    INFO      Element in the crack: 1829
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10352586353540977 ...
10-28-22 20:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016396974657506558 sec...
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.027997542879607023
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002290894972795924
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020400580418544756
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00020400580418544756
10-28-22 20:11  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Solved time: 0.10352586353540977 s
10-28-22 20:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016396974657506558 s
10-28-22 20:11  PyFrac.controller.run                    INFO      Element in the crack: 1861
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10688616606965912 ...
10-28-22 20:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0033603025342493487 sec...
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.029261498237460753
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015357866421971492
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003312221672728229
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007466112133539168
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007466112133539168
10-28-22 20:12  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Solved time: 0.10688616606965912 s
10-28-22 20:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0033603025342493487 s
10-28-22 20:12  PyFrac.controller.run                    INFO      Element in the crack: 1893
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11145652620907234 ...
10-28-22 20:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004570360139413221 sec...
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.026961191090518238
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021704670689583223
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005833201664461403
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015720605317129561
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00042910139895235844
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00042910139895235844
10-28-22 20:12  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Solved time: 0.11145652620907234 s
10-28-22 20:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0045703601394132265 s
10-28-22 20:12  PyFrac.controller.run                    INFO      Element in the crack: 1941
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11188616606965912 ...
10-28-22 20:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00042963986058677794 sec...
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003514839664914874
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026783729216080704
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00026783729216080704
10-28-22 20:12  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Solved time: 0.11188616606965912 s
10-28-22 20:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.00042963986058677794 s
10-28-22 20:12  PyFrac.controller.run                    INFO      Element in the crack: 1941
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11274544579083268 ...
10-28-22 20:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008592797211735559 sec...
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004402236151153316
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.752180740227249e-05
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.752180740227249e-05
10-28-22 20:12  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Solved time: 0.11274544579083268 s
10-28-22 20:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008592797211735559 s
10-28-22 20:12  PyFrac.controller.run                    INFO      Element in the crack: 1957
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11446400523317979 ...
10-28-22 20:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017185594423471118 sec...
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03118682891178473
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003068484269513192
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031018968164431727
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00031018968164431727
10-28-22 20:13  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Solved time: 0.11446400523317979 s
10-28-22 20:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017185594423471118 s
10-28-22 20:13  PyFrac.controller.run                    INFO      Element in the crack: 1993
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11688616606965913 ...
10-28-22 20:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024221608364793368 sec...
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012441829319070478
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0078123044553633746
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012105139545072773
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020264937848054387
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.00020264937848054387
10-28-22 20:13  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Solved time: 0.11688616606965913 s
10-28-22 20:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024221608364793368 s
10-28-22 20:13  PyFrac.controller.run                    INFO      Element in the crack: 2017
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1218861660696591 ...
10-28-22 20:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0423027654217011
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016136204715029124
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006652198970139054
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018611260944719277
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005336321287099822
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005336321287099822
10-28-22 20:13  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Solved time: 0.1218861660696591 s
10-28-22 20:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-28-22 20:13  PyFrac.controller.run                    INFO      Element in the crack: 2077
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1268861660696591 ...
10-28-22 20:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005518527533684852
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03388227110297187
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007822800242391353
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023021642409327826
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006857502674868954
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0006857502674868954
10-28-22 20:13  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Solved time: 0.1268861660696591 s
10-28-22 20:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:13  PyFrac.controller.run                    INFO      Element in the crack: 2117
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1318861660696591 ...
10-28-22 20:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03575116522593854
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.055264209484688395
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03178851025875229
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002069307740360712
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006068809009632376
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0006068809009632376
10-28-22 20:14  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:14  PyFrac.controller.run                    DEBUG     Solved time: 0.1318861660696591 s
10-28-22 20:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:14  PyFrac.controller.run                    INFO      Element in the crack: 2185
10-28-22 20:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.13688616606965912 ...
10-28-22 20:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06400475468336832
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023740112699197145
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006480164743496066
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017842058799816347
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005026126080379411
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005026126080379411
10-28-22 20:14  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:14  PyFrac.controller.run                    DEBUG     Solved time: 0.13688616606965912 s
10-28-22 20:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:14  PyFrac.controller.run                    INFO      Element in the crack: 2241
10-28-22 20:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.14188616606965912 ...
10-28-22 20:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02814285367827688
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025501631248810774
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0073530255497661606
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0021197354596970567
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006159979119282173
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0006159979119282173
10-28-22 20:14  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:14  PyFrac.controller.run                    DEBUG     Solved time: 0.14188616606965912 s
10-28-22 20:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:14  PyFrac.controller.run                    INFO      Element in the crack: 2293
10-28-22 20:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.14688616606965912 ...
10-28-22 20:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04456357487113637
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024605133100311656
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007208422371618434
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002126672526152091
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000637863349931783
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.000637863349931783
10-28-22 20:15  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:15  PyFrac.controller.run                    DEBUG     Solved time: 0.14688616606965912 s
10-28-22 20:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:15  PyFrac.controller.run                    INFO      Element in the crack: 2361
10-28-22 20:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1518861660696591 ...
10-28-22 20:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019142539052494797
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01080137962653492
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007151721075617938
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019787555625096383
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.036475156676242314
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 7
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003828020839408347
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 7 iterations with norm = 0.0003828020839408347
10-28-22 20:15  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:15  PyFrac.controller.run                    DEBUG     Solved time: 0.1518861660696591 s
10-28-22 20:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-28-22 20:15  PyFrac.controller.run                    INFO      Element in the crack: 2393
10-28-22 20:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1568861660696591 ...
10-28-22 20:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023640001353433974
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02325193505431072
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006487624181736988
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017996660004398254
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005021577361839851
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005021577361839851
10-28-22 20:16  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:16  PyFrac.controller.run                    DEBUG     Solved time: 0.1568861660696591 s
10-28-22 20:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:16  PyFrac.controller.run                    INFO      Element in the crack: 2449
10-28-22 20:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1618861660696591 ...
10-28-22 20:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06285538439678495
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006024487415261895
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006882676554600652
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019709199348387457
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005724917039649899
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005724917039649899
10-28-22 20:16  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:16  PyFrac.controller.run                    DEBUG     Solved time: 0.1618861660696591 s
10-28-22 20:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:16  PyFrac.controller.run                    INFO      Element in the crack: 2509
10-28-22 20:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.16688616606965911 ...
10-28-22 20:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05658958946896085
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023879860077010356
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006333071872351452
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017120791111500746
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:16  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00047629490654494636
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00047629490654494636
10-28-22 20:17  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:17  PyFrac.controller.run                    DEBUG     Solved time: 0.16688616606965911 s
10-28-22 20:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:17  PyFrac.controller.run                    INFO      Element in the crack: 2561
10-28-22 20:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.17188616606965912 ...
10-28-22 20:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01601240267455628
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01052928102497733
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007125636536770611
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001975701643025169
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005587669037622993
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005587669037622993
10-28-22 20:17  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:17  PyFrac.controller.run                    DEBUG     Solved time: 0.17188616606965912 s
10-28-22 20:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:17  PyFrac.controller.run                    INFO      Element in the crack: 2601
10-28-22 20:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.17688616606965912 ...
10-28-22 20:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02421921331427353
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.045669084059955865
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.027853873161125055
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001867631919124286
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005290814377013734
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005290814377013734
10-28-22 20:17  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:17  PyFrac.controller.run                    DEBUG     Solved time: 0.17688616606965912 s
10-28-22 20:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:17  PyFrac.controller.run                    INFO      Element in the crack: 2653
10-28-22 20:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.18188616606965913 ...
10-28-22 20:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024814083179770283
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012253752912133146
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006344406858661869
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017831348442586845
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005118676049530658
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005118676049530658
10-28-22 20:18  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:18  PyFrac.controller.run                    DEBUG     Solved time: 0.18188616606965913 s
10-28-22 20:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:18  PyFrac.controller.run                    INFO      Element in the crack: 2709
10-28-22 20:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.18688616606965913 ...
10-28-22 20:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01781072778465287
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006503239044481866
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006383572027705215
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017265054697211076
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004816314161344656
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0004816314161344656
10-28-22 20:18  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:18  PyFrac.controller.run                    DEBUG     Solved time: 0.18688616606965913 s
10-28-22 20:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:18  PyFrac.controller.run                    INFO      Element in the crack: 2757
10-28-22 20:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.19188616606965914 ...
10-28-22 20:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01661389304974637
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02474745707787403
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006668687399338618
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017981920225329212
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000490770921853996
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.000490770921853996
10-28-22 20:19  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:19  PyFrac.controller.run                    DEBUG     Solved time: 0.19188616606965914 s
10-28-22 20:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:19  PyFrac.controller.run                    INFO      Element in the crack: 2801
10-28-22 20:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1968861660696591 ...
10-28-22 20:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014737870974122618
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023633102447574512
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006600892630702463
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018461067991202877
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005225379635803644
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005225379635803644
10-28-22 20:19  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:19  PyFrac.controller.run                    DEBUG     Solved time: 0.1968861660696591 s
10-28-22 20:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-28-22 20:19  PyFrac.controller.run                    INFO      Element in the crack: 2861
10-28-22 20:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.20188616606965912 ...
10-28-22 20:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021557883929199897
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.042484021359768025
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06014581269185039
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0020525168639215015
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005845616343365853
10-28-22 20:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005845616343365853
10-28-22 20:19  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:19  PyFrac.controller.run                    DEBUG     Solved time: 0.20188616606965912 s
10-28-22 20:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:19  PyFrac.controller.run                    INFO      Element in the crack: 2893
10-28-22 20:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.20688616606965912 ...
10-28-22 20:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04732541350473334
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01141854952061448
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005687451400185021
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001482911481126751
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003957471127607211
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003957471127607211
10-28-22 20:20  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:20  PyFrac.controller.run                    DEBUG     Solved time: 0.20688616606965912 s
10-28-22 20:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:20  PyFrac.controller.run                    INFO      Element in the crack: 2957
10-28-22 20:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.21188616606965913 ...
10-28-22 20:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05837997614506853
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025880846799277595
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007061370176910013
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001941103215243937
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:20  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005439094191296808
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005439094191296808
10-28-22 20:21  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:21  PyFrac.controller.run                    DEBUG     Solved time: 0.21188616606965913 s
10-28-22 20:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:21  PyFrac.controller.run                    INFO      Element in the crack: 2997
10-28-22 20:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.21688616606965913 ...
10-28-22 20:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011953901227581153
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023963270271676242
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02570298997679116
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019477936497085259
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005464406958479789
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005464406958479789
10-28-22 20:21  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:21  PyFrac.controller.run                    DEBUG     Solved time: 0.21688616606965913 s
10-28-22 20:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:21  PyFrac.controller.run                    INFO      Element in the crack: 3045
10-28-22 20:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.22188616606965914 ...
10-28-22 20:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.053825252447960645
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00956310734422256
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05857108313102965
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:21  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017498100553287295
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00047427316533529736
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00047427316533529736
10-28-22 20:22  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:22  PyFrac.controller.run                    DEBUG     Solved time: 0.22188616606965914 s
10-28-22 20:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:22  PyFrac.controller.run                    INFO      Element in the crack: 3093
10-28-22 20:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.22688616606965914 ...
10-28-22 20:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.08786395220672484
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04119535230221634
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006179254844382563
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016190662960769734
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004374382099666351
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0004374382099666351
10-28-22 20:22  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:22  PyFrac.controller.run                    DEBUG     Solved time: 0.22688616606965914 s
10-28-22 20:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:22  PyFrac.controller.run                    INFO      Element in the crack: 3133
10-28-22 20:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.23188616606965912 ...
10-28-22 20:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01042304197831746
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023630030969375097
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02613009610910861
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001744012608983001
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00046991751466854507
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00046991751466854507
10-28-22 20:23  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:23  PyFrac.controller.run                    DEBUG     Solved time: 0.23188616606965912 s
10-28-22 20:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-28-22 20:23  PyFrac.controller.run                    INFO      Element in the crack: 3173
10-28-22 20:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.23688616606965912 ...
10-28-22 20:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011899836020067611
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:23  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00718915562652161
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:23  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007629077217486377
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:23  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002120690753103999
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:23  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005949101619046085
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005949101619046085
10-28-22 20:23  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:23  PyFrac.controller.run                    DEBUG     Solved time: 0.23688616606965912 s
10-28-22 20:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:23  PyFrac.controller.run                    INFO      Element in the crack: 3221
10-28-22 20:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.24188616606965913 ...
10-28-22 20:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0859546044569941
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:23  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007054088432312922
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006624521666274086
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018101609035085509
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005025269038238522
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0005025269038238522
10-28-22 20:24  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:24  PyFrac.controller.run                    DEBUG     Solved time: 0.24188616606965913 s
10-28-22 20:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:24  PyFrac.controller.run                    INFO      Element in the crack: 3289
10-28-22 20:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.24688616606965913 ...
10-28-22 20:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0749411589905935
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025385095874666752
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00649934144793185
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017239721629057625
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00047570523043150015
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00047570523043150015
10-28-22 20:24  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:24  PyFrac.controller.run                    DEBUG     Solved time: 0.24688616606965913 s
10-28-22 20:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:24  PyFrac.controller.run                    INFO      Element in the crack: 3313
10-28-22 20:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.25188616606965913 ...
10-28-22 20:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:24  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024978269655971608
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008005355057287555
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005979868711554814
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015442495144659119
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040853063518547783
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00040853063518547783
10-28-22 20:25  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:25  PyFrac.controller.run                    DEBUG     Solved time: 0.25188616606965913 s
10-28-22 20:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:25  PyFrac.controller.run                    INFO      Element in the crack: 3365
10-28-22 20:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.25688616606965914 ...
10-28-22 20:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015467347163338196
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025409343447146515
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006681507744784265
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017603371034158322
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:25  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00047135863265246325
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00047135863265246325
10-28-22 20:26  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:26  PyFrac.controller.run                    DEBUG     Solved time: 0.25688616606965914 s
10-28-22 20:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:26  PyFrac.controller.run                    INFO      Element in the crack: 3397
10-28-22 20:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.26188616606965914 ...
10-28-22 20:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03718347639039287
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023045997952271746
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006111543914342466
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016265552093580975
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00043958325963283136
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00043958325963283136
10-28-22 20:26  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:26  PyFrac.controller.run                    DEBUG     Solved time: 0.26188616606965914 s
10-28-22 20:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:26  PyFrac.controller.run                    INFO      Element in the crack: 3449
10-28-22 20:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.26688616606965915 ...
10-28-22 20:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.026487876275231415
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022651746697877857
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005750458774366701
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014885402266195274
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003950919313126202
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003950919313126202
10-28-22 20:27  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:27  PyFrac.controller.run                    DEBUG     Solved time: 0.26688616606965915 s
10-28-22 20:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:27  PyFrac.controller.run                    INFO      Element in the crack: 3505
10-28-22 20:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.27188616606965915 ...
10-28-22 20:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005080966936750373
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005317836446260789
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006297948641080461
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:27  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016158618089647803
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004265667055765369
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0004265667055765369
10-28-22 20:28  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:28  PyFrac.controller.run                    DEBUG     Solved time: 0.27188616606965915 s
10-28-22 20:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:28  PyFrac.controller.run                    INFO      Element in the crack: 3537
10-28-22 20:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.27688616606965916 ...
10-28-22 20:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02989020128695739
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0064902024679401975
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006001910533934437
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001532588232588842
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040229182498200436
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00040229182498200436
10-28-22 20:28  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:28  PyFrac.controller.run                    DEBUG     Solved time: 0.27688616606965916 s
10-28-22 20:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:28  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-28-22 20:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.28188616606965916 ...
10-28-22 20:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06477891955602354
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008270252250235663
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006114215410420235
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015895499883141592
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00042016967860321455
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00042016967860321455
10-28-22 20:29  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:29  PyFrac.controller.run                    DEBUG     Solved time: 0.28188616606965916 s
10-28-22 20:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:29  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-28-22 20:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.28688616606965917 ...
10-28-22 20:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011795080378117821
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009052101635490228
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024181977550881896
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001426084894070916
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:29  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00037040647992547804
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00037040647992547804
10-28-22 20:30  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:30  PyFrac.controller.run                    DEBUG     Solved time: 0.28688616606965917 s
10-28-22 20:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:30  PyFrac.controller.run                    INFO      Element in the crack: 3657
10-28-22 20:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2918861660696591 ...
10-28-22 20:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017781173841535788
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022319262442817758
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005614928533044317
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014392397896573533
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003779014623260475
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003779014623260475
10-28-22 20:30  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:30  PyFrac.controller.run                    DEBUG     Solved time: 0.2918861660696591 s
10-28-22 20:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-28-22 20:30  PyFrac.controller.run                    INFO      Element in the crack: 3705
10-28-22 20:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2968861660696591 ...
10-28-22 20:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.032665455937819825
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0061379512831962095
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00575065038885344
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001450833810472762
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003792114216371633
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003792114216371633
10-28-22 20:31  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:31  PyFrac.controller.run                    DEBUG     Solved time: 0.2968861660696591 s
10-28-22 20:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:31  PyFrac.controller.run                    INFO      Element in the crack: 3745
10-28-22 20:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3018861660696591 ...
10-28-22 20:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:31  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02558278025466516
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00584207199300866
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:31  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00590881180610742
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014790648049718413
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003805872915500137
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003805872915500137
10-28-22 20:32  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:32  PyFrac.controller.run                    DEBUG     Solved time: 0.3018861660696591 s
10-28-22 20:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:32  PyFrac.controller.run                    INFO      Element in the crack: 3777
10-28-22 20:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3068861660696591 ...
10-28-22 20:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028990610248348776
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023169568061829585
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005753006661783832
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014265123257091302
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003588467288846431
10-28-22 20:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003588467288846431
10-28-22 20:32  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:32  PyFrac.controller.run                    DEBUG     Solved time: 0.3068861660696591 s
10-28-22 20:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:32  PyFrac.controller.run                    INFO      Element in the crack: 3817
10-28-22 20:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.31188616606965913 ...
10-28-22 20:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:33  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02865896826385596
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022833262080367994
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:33  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008622632073019347
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:33  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002077617445182553
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:33  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000563554431585152
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.000563554431585152
10-28-22 20:33  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:33  PyFrac.controller.run                    DEBUG     Solved time: 0.31188616606965913 s
10-28-22 20:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:33  PyFrac.controller.run                    INFO      Element in the crack: 3849
10-28-22 20:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.31688616606965914 ...
10-28-22 20:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:33  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04477805046997269
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022427192864848015
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005791031413133091
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014986652709239935
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003947124732801756
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003947124732801756
10-28-22 20:34  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:34  PyFrac.controller.run                    DEBUG     Solved time: 0.31688616606965914 s
10-28-22 20:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:34  PyFrac.controller.run                    INFO      Element in the crack: 3901
10-28-22 20:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.32188616606965914 ...
10-28-22 20:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002888092820531085
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006439509375780566
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:34  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005397386298970831
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013440847705289067
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003445130232188985
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003445130232188985
10-28-22 20:35  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:35  PyFrac.controller.run                    DEBUG     Solved time: 0.32188616606965914 s
10-28-22 20:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:35  PyFrac.controller.run                    INFO      Element in the crack: 3945
10-28-22 20:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.32688616606965915 ...
10-28-22 20:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:35  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03471068056933311
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005841738571362498
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005472995462766964
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001317025749941081
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:35  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003249741042545955
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003249741042545955
10-28-22 20:36  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:36  PyFrac.controller.run                    DEBUG     Solved time: 0.32688616606965915 s
10-28-22 20:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:36  PyFrac.controller.run                    INFO      Element in the crack: 3985
10-28-22 20:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.33188616606965915 ...
10-28-22 20:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:36  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007225639538357801
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023736536872008124
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005784251807239014
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.027150553312494857
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00043245733890902977
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00043245733890902977
10-28-22 20:36  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:36  PyFrac.controller.run                    DEBUG     Solved time: 0.33188616606965915 s
10-28-22 20:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:36  PyFrac.controller.run                    INFO      Element in the crack: 4009
10-28-22 20:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.33688616606965915 ...
10-28-22 20:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:36  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.1828245616892933e-05
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.1828245616892933e-05
10-28-22 20:37  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:37  PyFrac.controller.run                    DEBUG     Solved time: 0.33688616606965915 s
10-28-22 20:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:37  PyFrac.controller.run                    INFO      Element in the crack: 4049
10-28-22 20:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.34188616606965916 ...
10-28-22 20:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:37  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03138855882154217
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020145243659528904
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004858782622313799
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011695346841475009
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000284877859723704
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.000284877859723704
10-28-22 20:37  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:37  PyFrac.controller.run                    DEBUG     Solved time: 0.34188616606965916 s
10-28-22 20:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:37  PyFrac.controller.run                    INFO      Element in the crack: 4109
10-28-22 20:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.34688616606965916 ...
10-28-22 20:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:38  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.048700758039373876
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022092373922799072
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005237368832844622
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012589927164089094
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003090058746949688
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003090058746949688
10-28-22 20:38  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:38  PyFrac.controller.run                    DEBUG     Solved time: 0.34688616606965916 s
10-28-22 20:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:38  PyFrac.controller.run                    INFO      Element in the crack: 4149
10-28-22 20:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.35188616606965917 ...
10-28-22 20:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06400129824815821
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022274502782092555
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005208184816563192
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001247274204238597
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003091101345188542
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003091101345188542
10-28-22 20:39  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:39  PyFrac.controller.run                    DEBUG     Solved time: 0.35188616606965917 s
10-28-22 20:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:39  PyFrac.controller.run                    INFO      Element in the crack: 4189
10-28-22 20:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.35688616606965917 ...
10-28-22 20:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:39  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0582578147298222
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:39  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023214183537324986
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005509174084169782
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013314159226844621
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033174052383650517
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00033174052383650517
10-28-22 20:40  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:40  PyFrac.controller.run                    DEBUG     Solved time: 0.35688616606965917 s
10-28-22 20:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:40  PyFrac.controller.run                    INFO      Element in the crack: 4205
10-28-22 20:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3618861660696592 ...
10-28-22 20:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:40  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016148730432758009
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021134750298643548
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:40  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02281108242243373
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012754428107328605
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031311408279203573
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00031311408279203573
10-28-22 20:41  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:41  PyFrac.controller.run                    DEBUG     Solved time: 0.3618861660696592 s
10-28-22 20:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:41  PyFrac.controller.run                    INFO      Element in the crack: 4249
10-28-22 20:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3668861660696592 ...
10-28-22 20:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:41  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006252853362204824
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02228731742811776
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:41  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005238413021215058
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012297051918203688
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002927789999416477
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002927789999416477
10-28-22 20:42  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:42  PyFrac.controller.run                    DEBUG     Solved time: 0.3668861660696592 s
10-28-22 20:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:42  PyFrac.controller.run                    INFO      Element in the crack: 4281
10-28-22 20:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3718861660696592 ...
10-28-22 20:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:42  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022977684600869977
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02186270590650016
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021661688332656772
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013735362019503448
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:42  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00034228897581047436
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00034228897581047436
10-28-22 20:43  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:43  PyFrac.controller.run                    DEBUG     Solved time: 0.3718861660696592 s
10-28-22 20:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:43  PyFrac.controller.run                    INFO      Element in the crack: 4325
10-28-22 20:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.37688616606965913 ...
10-28-22 20:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:43  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0059984326889038495
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021083941510215653
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00496464523071131
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001191235367084047
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:43  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002934134124549507
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002934134124549507
10-28-22 20:44  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:44  PyFrac.controller.run                    DEBUG     Solved time: 0.37688616606965913 s
10-28-22 20:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-28-22 20:44  PyFrac.controller.run                    INFO      Element in the crack: 4373
10-28-22 20:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.38188616606965914 ...
10-28-22 20:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:44  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.042491615670084915
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00480518801602178
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005208638706214877
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012574516565933122
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031438568464627173
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00031438568464627173
10-28-22 20:44  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:44  PyFrac.controller.run                    DEBUG     Solved time: 0.38188616606965914 s
10-28-22 20:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:44  PyFrac.controller.run                    INFO      Element in the crack: 4397
10-28-22 20:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.38688616606965914 ...
10-28-22 20:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:45  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0198069580093835
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006199095342133305
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004718794506547819
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001082893587035631
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025604136804471746
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00025604136804471746
10-28-22 20:45  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:45  PyFrac.controller.run                    DEBUG     Solved time: 0.38688616606965914 s
10-28-22 20:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:45  PyFrac.controller.run                    INFO      Element in the crack: 4437
10-28-22 20:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.39188616606965915 ...
10-28-22 20:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:46  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06307730355061084
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005017678794891347
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005103386184405231
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011819455127931979
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002798478999703337
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002798478999703337
10-28-22 20:46  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:46  PyFrac.controller.run                    DEBUG     Solved time: 0.39188616606965915 s
10-28-22 20:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:46  PyFrac.controller.run                    INFO      Element in the crack: 4477
10-28-22 20:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.39688616606965915 ...
10-28-22 20:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:46  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03877770370059886
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022994645614650512
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005403082540639265
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012735252251417826
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00030620732373443994
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00030620732373443994
10-28-22 20:47  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:47  PyFrac.controller.run                    DEBUG     Solved time: 0.39688616606965915 s
10-28-22 20:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:47  PyFrac.controller.run                    INFO      Element in the crack: 4501
10-28-22 20:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.40188616606965916 ...
10-28-22 20:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:47  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04746572213522449
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022053208808203537
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005288477331096392
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012707496860287898
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003107142386690997
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0003107142386690997
10-28-22 20:48  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:48  PyFrac.controller.run                    DEBUG     Solved time: 0.40188616606965916 s
10-28-22 20:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:48  PyFrac.controller.run                    INFO      Element in the crack: 4525
10-28-22 20:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.40688616606965916 ...
10-28-22 20:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:48  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05120482966691002
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006905248298789433
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004839361320851428
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001163089075950477
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00028347063436325693
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00028347063436325693
10-28-22 20:49  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:49  PyFrac.controller.run                    DEBUG     Solved time: 0.40688616606965916 s
10-28-22 20:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:49  PyFrac.controller.run                    INFO      Element in the crack: 4577
10-28-22 20:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.41188616606965917 ...
10-28-22 20:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:49  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00787776964865472
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006147282916590338
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004527975097967908
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010398291407542658
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002456951897207878
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002456951897207878
10-28-22 20:50  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:50  PyFrac.controller.run                    DEBUG     Solved time: 0.41188616606965917 s
10-28-22 20:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:50  PyFrac.controller.run                    INFO      Element in the crack: 4629
10-28-22 20:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.41688616606965917 ...
10-28-22 20:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:50  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010222558445927782
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003697748087972928
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005150318130285027
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011932965365751425
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00028457126370203635
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00028457126370203635
10-28-22 20:51  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:51  PyFrac.controller.run                    DEBUG     Solved time: 0.41688616606965917 s
10-28-22 20:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:51  PyFrac.controller.run                    INFO      Element in the crack: 4661
10-28-22 20:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4218861660696592 ...
10-28-22 20:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:52  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06648177315914984
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022342721763413564
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005092593512021837
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011777220875112068
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:52  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00028119566433615936
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00028119566433615936
10-28-22 20:53  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:53  PyFrac.controller.run                    DEBUG     Solved time: 0.4218861660696592 s
10-28-22 20:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:53  PyFrac.controller.run                    INFO      Element in the crack: 4701
10-28-22 20:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4268861660696592 ...
10-28-22 20:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:53  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06161163370257433
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023287469117274452
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005419645747692819
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001277035452427025
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:53  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00030943915100257796
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00030943915100257796
10-28-22 20:54  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:54  PyFrac.controller.run                    DEBUG     Solved time: 0.4268861660696592 s
10-28-22 20:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:54  PyFrac.controller.run                    INFO      Element in the crack: 4709
10-28-22 20:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4318861660696592 ...
10-28-22 20:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:54  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005825246706467026
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005749050273749577
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021604752688939532
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011577650003409034
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:54  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002725537184479969
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002725537184479969
10-28-22 20:55  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:55  PyFrac.controller.run                    DEBUG     Solved time: 0.4318861660696592 s
10-28-22 20:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:55  PyFrac.controller.run                    INFO      Element in the crack: 4741
10-28-22 20:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4368861660696592 ...
10-28-22 20:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:55  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:55  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 20:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007874694770259308
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005439835259472646
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004253299607884517
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009548046884744783
10-28-22 20:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009548046884744783
10-28-22 20:55  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:55  PyFrac.controller.run                    DEBUG     Solved time: 0.4368861660696592 s
10-28-22 20:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:55  PyFrac.controller.run                    INFO      Element in the crack: 4781
10-28-22 20:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4418861660696592 ...
10-28-22 20:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:56  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007805688934293624
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00505015569551267
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0048156199777232645
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011063582671949253
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:56  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025709451632366517
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00025709451632366517
10-28-22 20:57  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:57  PyFrac.controller.run                    DEBUG     Solved time: 0.4418861660696592 s
10-28-22 20:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:57  PyFrac.controller.run                    INFO      Element in the crack: 4833
10-28-22 20:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4468861660696592 ...
10-28-22 20:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:57  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013510319414257
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030256369584006685
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004774857694066543
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:57  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011077384833826022
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002651827257991521
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002651827257991521
10-28-22 20:58  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:58  PyFrac.controller.run                    DEBUG     Solved time: 0.4468861660696592 s
10-28-22 20:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 20:58  PyFrac.controller.run                    INFO      Element in the crack: 4857
10-28-22 20:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.45188616606965915 ...
10-28-22 20:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:58  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022929234140464543
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02010930030385092
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021206473954136912
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:58  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 20:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010083765526264533
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 20:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023687597485678752
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00023687597485678752
10-28-22 20:59  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 20:59  PyFrac.controller.run                    DEBUG     Solved time: 0.45188616606965915 s
10-28-22 20:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-28-22 20:59  PyFrac.controller.run                    INFO      Element in the crack: 4897
10-28-22 20:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 20:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 20:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 20:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 20:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 20:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 20:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.45688616606965915 ...
10-28-22 20:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 20:59  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 20:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 20:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012440071533788911
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 20:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 20:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008460936703413014
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 20:59  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 20:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004815996918915142
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011017599922793554
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 21:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002604486407721633
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002604486407721633
10-28-22 21:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:00  PyFrac.controller.run                    DEBUG     Solved time: 0.45688616606965915 s
10-28-22 21:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:00  PyFrac.controller.run                    INFO      Element in the crack: 4921
10-28-22 21:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.46188616606965915 ...
10-28-22 21:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:00  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06668372722748919
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02015181212651412
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0044175213076151285
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009769713220817832
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009769713220817832
10-28-22 21:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:01  PyFrac.controller.run                    DEBUG     Solved time: 0.46188616606965915 s
10-28-22 21:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:01  PyFrac.controller.run                    INFO      Element in the crack: 4957
10-28-22 21:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.46688616606965916 ...
10-28-22 21:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:01  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03735957917277114
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004239037472305704
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004861439811118264
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010986133117398822
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 21:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025302769235999097
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00025302769235999097
10-28-22 21:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:02  PyFrac.controller.run                    DEBUG     Solved time: 0.46688616606965916 s
10-28-22 21:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:02  PyFrac.controller.run                    INFO      Element in the crack: 4997
10-28-22 21:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.47188616606965916 ...
10-28-22 21:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:02  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02732171316392787
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022175895542663426
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005060384375112812
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011557884011335518
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 21:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002694409519663146
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002694409519663146
10-28-22 21:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:03  PyFrac.controller.run                    DEBUG     Solved time: 0.47188616606965916 s
10-28-22 21:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:03  PyFrac.controller.run                    INFO      Element in the crack: 5029
10-28-22 21:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.47688616606965917 ...
10-28-22 21:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:04  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03705269110926448
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003774157965075986
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004940249003509223
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001152601216558935
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 21:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002740864390576192
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002740864390576192
10-28-22 21:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:04  PyFrac.controller.run                    DEBUG     Solved time: 0.47688616606965917 s
10-28-22 21:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:04  PyFrac.controller.run                    INFO      Element in the crack: 5057
10-28-22 21:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.48188616606965917 ...
10-28-22 21:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:05  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00918193414560271
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03066172602289354
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004305382067420993
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:05  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009698497249495119
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009698497249495119
10-28-22 21:06  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:06  PyFrac.controller.run                    DEBUG     Solved time: 0.48188616606965917 s
10-28-22 21:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:06  PyFrac.controller.run                    INFO      Element in the crack: 5097
10-28-22 21:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4868861660696592 ...
10-28-22 21:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:06  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.036902553112351286
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019512825553505753
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004161680152161118
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:06  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009113745373077187
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009113745373077187
10-28-22 21:07  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:07  PyFrac.controller.run                    DEBUG     Solved time: 0.4868861660696592 s
10-28-22 21:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:07  PyFrac.controller.run                    INFO      Element in the crack: 5137
10-28-22 21:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4918861660696592 ...
10-28-22 21:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:07  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016557712834431904
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020886835831806127
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:07  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004483068643916876
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009742985363624612
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009742985363624612
10-28-22 21:08  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:08  PyFrac.controller.run                    DEBUG     Solved time: 0.4918861660696592 s
10-28-22 21:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:08  PyFrac.controller.run                    INFO      Element in the crack: 5177
10-28-22 21:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4968861660696592 ...
10-28-22 21:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:08  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004834846538308036
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030249189734899316
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:08  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004844481622096009
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010797296760867603
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 21:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024783081461885457
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00024783081461885457
10-28-22 21:09  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:09  PyFrac.controller.run                    DEBUG     Solved time: 0.4968861660696592 s
10-28-22 21:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:09  PyFrac.controller.run                    INFO      Element in the crack: 5193
10-28-22 21:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5018861660696592 ...
10-28-22 21:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:09  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06348556308331696
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:09  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02939072832430707
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00455904372287792
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010192939435686554
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 21:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023524476222478441
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00023524476222478441
10-28-22 21:10  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:10  PyFrac.controller.run                    DEBUG     Solved time: 0.5018861660696592 s
10-28-22 21:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:10  PyFrac.controller.run                    INFO      Element in the crack: 5225
10-28-22 21:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5068861660696592 ...
10-28-22 21:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:10  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:10  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:10  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025723496859217397
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020467332135993565
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00443946011602252
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009681639476947446
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009681639476947446
10-28-22 21:11  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:11  PyFrac.controller.run                    DEBUG     Solved time: 0.5068861660696592 s
10-28-22 21:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:11  PyFrac.controller.run                    INFO      Element in the crack: 5249
10-28-22 21:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5118861660696592 ...
10-28-22 21:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:11  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:11  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:11  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 21:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.052249136040996104
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004552633201230094
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02060660232797291
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001024164131591565
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 21:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002346785940053664
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002346785940053664
10-28-22 21:12  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:12  PyFrac.controller.run                    DEBUG     Solved time: 0.5118861660696592 s
10-28-22 21:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:12  PyFrac.controller.run                    INFO      Element in the crack: 5261
10-28-22 21:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5168861660696592 ...
10-28-22 21:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:13  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021984406506857096
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007051089281115899
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0037612200786170656
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008092610484658142
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008092610484658142
10-28-22 21:13  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:13  PyFrac.controller.run                    DEBUG     Solved time: 0.5168861660696592 s
10-28-22 21:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:13  PyFrac.controller.run                    INFO      Element in the crack: 5329
10-28-22 21:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5218861660696592 ...
10-28-22 21:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008712038362319489
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019896097614768935
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004278340971189915
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:14  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000938402157215071
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.000938402157215071
10-28-22 21:15  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:15  PyFrac.controller.run                    DEBUG     Solved time: 0.5218861660696592 s
10-28-22 21:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:15  PyFrac.controller.run                    INFO      Element in the crack: 5369
10-28-22 21:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5268861660696592 ...
10-28-22 21:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:15  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019260873983953774
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02078714889753979
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004456687403563577
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:15  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009760311444451921
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009760311444451921
10-28-22 21:16  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:16  PyFrac.controller.run                    DEBUG     Solved time: 0.5268861660696592 s
10-28-22 21:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:16  PyFrac.controller.run                    INFO      Element in the crack: 5401
10-28-22 21:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5318861660696592 ...
10-28-22 21:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:16  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.029689041942048897
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020812314576363216
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004522038811593458
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010058729991165886
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 21:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002319931818820915
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.0002319931818820915
10-28-22 21:17  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:17  PyFrac.controller.run                    DEBUG     Solved time: 0.5318861660696592 s
10-28-22 21:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:17  PyFrac.controller.run                    INFO      Element in the crack: 5417
10-28-22 21:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5368861660696592 ...
10-28-22 21:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:17  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0348848754543413
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0049304707602922425
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00411222166663831
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008794363310268689
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008794363310268689
10-28-22 21:18  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:18  PyFrac.controller.run                    DEBUG     Solved time: 0.5368861660696592 s
10-28-22 21:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:18  PyFrac.controller.run                    INFO      Element in the crack: 5449
10-28-22 21:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5418861660696592 ...
10-28-22 21:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.038781350731999675
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019821148951030942
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02021110890972964
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009566887429052775
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009566887429052775
10-28-22 21:19  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:19  PyFrac.controller.run                    DEBUG     Solved time: 0.5418861660696592 s
10-28-22 21:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:19  PyFrac.controller.run                    INFO      Element in the crack: 5489
10-28-22 21:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5468861660696592 ...
10-28-22 21:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:20  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030186595365280993
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020662109193355968
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004340845522881271
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009120422450647386
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009120422450647386
10-28-22 21:20  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:20  PyFrac.controller.run                    DEBUG     Solved time: 0.5468861660696592 s
10-28-22 21:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:20  PyFrac.controller.run                    INFO      Element in the crack: 5513
10-28-22 21:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5518861660696592 ...
10-28-22 21:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:21  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003338248448939691
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.027908265843974996
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019747842990511192
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:21  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010433793428075047
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 21:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023379038711247282
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00023379038711247282
10-28-22 21:22  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:22  PyFrac.controller.run                    DEBUG     Solved time: 0.5518861660696592 s
10-28-22 21:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:22  PyFrac.controller.run                    INFO      Element in the crack: 5529
10-28-22 21:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5568861660696592 ...
10-28-22 21:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:22  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:22  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014976601401824854
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01878421125581154
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004162913922107474
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009241460051314442
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009241460051314442
10-28-22 21:23  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:23  PyFrac.controller.run                    DEBUG     Solved time: 0.5568861660696592 s
10-28-22 21:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:23  PyFrac.controller.run                    INFO      Element in the crack: 5589
10-28-22 21:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5618861660696592 ...
10-28-22 21:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:23  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0419132870673319
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019642347932403006
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004137126906534101
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008905169932622263
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008905169932622263
10-28-22 21:24  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:24  PyFrac.controller.run                    DEBUG     Solved time: 0.5618861660696592 s
10-28-22 21:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:24  PyFrac.controller.run                    INFO      Element in the crack: 5621
10-28-22 21:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5668861660696592 ...
10-28-22 21:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:25  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.08761129021394685
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019824970538176907
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004185307129491447
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009069850364741548
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009069850364741548
10-28-22 21:25  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:25  PyFrac.controller.run                    DEBUG     Solved time: 0.5668861660696592 s
10-28-22 21:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:25  PyFrac.controller.run                    INFO      Element in the crack: 5637
10-28-22 21:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5718861660696591 ...
10-28-22 21:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-28-22 21:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:26  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009615087580341183
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018378344915744787
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:26  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003718708761015152
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007697596356202041
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007697596356202041
10-28-22 21:27  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:27  PyFrac.controller.run                    DEBUG     Solved time: 0.5718861660696591 s
10-28-22 21:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-28-22 21:27  PyFrac.controller.run                    INFO      Element in the crack: 5681
10-28-22 21:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5768861660696591 ...
10-28-22 21:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:27  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0036172033035474912
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01988756963560216
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004025594569506062
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008220032721203788
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008220032721203788
10-28-22 21:28  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:28  PyFrac.controller.run                    DEBUG     Solved time: 0.5768861660696591 s
10-28-22 21:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:28  PyFrac.controller.run                    INFO      Element in the crack: 5713
10-28-22 21:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5818861660696591 ...
10-28-22 21:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:28  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06829114865499923
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003191319907828013
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004252048686411449
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008852349856869441
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008852349856869441
10-28-22 21:29  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:29  PyFrac.controller.run                    DEBUG     Solved time: 0.5818861660696591 s
10-28-22 21:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:29  PyFrac.controller.run                    INFO      Element in the crack: 5745
10-28-22 21:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5868861660696592 ...
10-28-22 21:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:30  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023956295207582406
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02098905301846621
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004453775410237932
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009494281223339163
10-28-22 21:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009494281223339163
10-28-22 21:30  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:30  PyFrac.controller.run                    DEBUG     Solved time: 0.5868861660696592 s
10-28-22 21:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:30  PyFrac.controller.run                    INFO      Element in the crack: 5761
10-28-22 21:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5918861660696592 ...
10-28-22 21:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:31  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007598342513020553
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01991069678813925
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004260323179217434
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009162529679995334
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009162529679995334
10-28-22 21:32  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:32  PyFrac.controller.run                    DEBUG     Solved time: 0.5918861660696592 s
10-28-22 21:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:32  PyFrac.controller.run                    INFO      Element in the crack: 5785
10-28-22 21:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5968861660696592 ...
10-28-22 21:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03338187689727483
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018766196114894593
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003955634344122721
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008420868689279261
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008420868689279261
10-28-22 21:33  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:33  PyFrac.controller.run                    DEBUG     Solved time: 0.5968861660696592 s
10-28-22 21:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:33  PyFrac.controller.run                    INFO      Element in the crack: 5829
10-28-22 21:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6018861660696592 ...
10-28-22 21:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:34  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006681320117235426
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003912500436024964
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004154760477485983
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:34  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008825200662232779
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008825200662232779
10-28-22 21:35  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:35  PyFrac.controller.run                    DEBUG     Solved time: 0.6018861660696592 s
10-28-22 21:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:35  PyFrac.controller.run                    INFO      Element in the crack: 5861
10-28-22 21:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6068861660696592 ...
10-28-22 21:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028143645803618403
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028075233651627313
10-28-22 21:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:36  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003734382113391566
10-28-22 21:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:36  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007605740694968292
10-28-22 21:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007605740694968292
10-28-22 21:36  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:36  PyFrac.controller.run                    DEBUG     Solved time: 0.6068861660696592 s
10-28-22 21:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:36  PyFrac.controller.run                    INFO      Element in the crack: 5885
10-28-22 21:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6118861660696592 ...
10-28-22 21:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:37  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00690584209832406
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018403583697937553
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019570784044187745
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:37  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007903262065288703
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007903262065288703
10-28-22 21:38  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:38  PyFrac.controller.run                    DEBUG     Solved time: 0.6118861660696592 s
10-28-22 21:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:38  PyFrac.controller.run                    INFO      Element in the crack: 5925
10-28-22 21:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6168861660696592 ...
10-28-22 21:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025790120728451965
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019243062955665313
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:38  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003868432469865922
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007943181474808485
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007943181474808485
10-28-22 21:39  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:39  PyFrac.controller.run                    DEBUG     Solved time: 0.6168861660696592 s
10-28-22 21:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:39  PyFrac.controller.run                    INFO      Element in the crack: 5957
10-28-22 21:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6218861660696592 ...
10-28-22 21:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:39  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06839002120234317
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033143412907778486
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004060719603902475
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008373235042579064
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008373235042579064
10-28-22 21:40  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:40  PyFrac.controller.run                    DEBUG     Solved time: 0.6218861660696592 s
10-28-22 21:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:40  PyFrac.controller.run                    INFO      Element in the crack: 5981
10-28-22 21:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6268861660696592 ...
10-28-22 21:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:41  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008200802551955037
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01962207749147753
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004043107242911206
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:41  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008456031225315401
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008456031225315401
10-28-22 21:42  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:42  PyFrac.controller.run                    DEBUG     Solved time: 0.6268861660696592 s
10-28-22 21:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:42  PyFrac.controller.run                    INFO      Element in the crack: 6005
10-28-22 21:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6318861660696592 ...
10-28-22 21:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:42  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0398340167685694
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004176227574803895
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0038643416224630796
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007865861827292916
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007865861827292916
10-28-22 21:43  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:43  PyFrac.controller.run                    DEBUG     Solved time: 0.6318861660696592 s
10-28-22 21:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:43  PyFrac.controller.run                    INFO      Element in the crack: 6021
10-28-22 21:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6368861660696592 ...
10-28-22 21:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:43  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01327326283121225
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005051122648675257
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0037358218699953235
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007563917484945218
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007563917484945218
10-28-22 21:44  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:44  PyFrac.controller.run                    DEBUG     Solved time: 0.6368861660696592 s
10-28-22 21:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:44  PyFrac.controller.run                    INFO      Element in the crack: 6065
10-28-22 21:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6418861660696592 ...
10-28-22 21:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:45  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007689267134986044
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003566774913755525
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:45  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004082304495126902
10-28-22 21:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:46  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008329417941646867
10-28-22 21:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0008329417941646867
10-28-22 21:46  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:46  PyFrac.controller.run                    DEBUG     Solved time: 0.6418861660696592 s
10-28-22 21:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:46  PyFrac.controller.run                    INFO      Element in the crack: 6081
10-28-22 21:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6468861660696592 ...
10-28-22 21:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.031160322850025034
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018406693505358052
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003821546406630945
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007864159136818119
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007864159136818119
10-28-22 21:47  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:47  PyFrac.controller.run                    DEBUG     Solved time: 0.6468861660696592 s
10-28-22 21:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:47  PyFrac.controller.run                    INFO      Element in the crack: 6133
10-28-22 21:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6518861660696592 ...
10-28-22 21:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012905482200897822
10-28-22 21:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.026599986685705703
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003845927726371298
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007980377988830899
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007980377988830899
10-28-22 21:49  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:49  PyFrac.controller.run                    DEBUG     Solved time: 0.6518861660696592 s
10-28-22 21:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:49  PyFrac.controller.run                    INFO      Element in the crack: 6157
10-28-22 21:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6568861660696592 ...
10-28-22 21:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:49  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019569516552412288
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018421945669127752
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019045346569127132
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007907866255241203
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007907866255241203
10-28-22 21:50  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:50  PyFrac.controller.run                    DEBUG     Solved time: 0.6568861660696592 s
10-28-22 21:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:50  PyFrac.controller.run                    INFO      Element in the crack: 6189
10-28-22 21:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6618861660696592 ...
10-28-22 21:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:51  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001781154195698404
10-28-22 21:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018459199700204577
10-28-22 21:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:52  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0035982885412318474
10-28-22 21:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:52  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007183049322074808
10-28-22 21:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007183049322074808
10-28-22 21:52  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6618861660696592 s
10-28-22 21:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:52  PyFrac.controller.run                    INFO      Element in the crack: 6221
10-28-22 21:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6668861660696592 ...
10-28-22 21:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011384547802864827
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00011384547802864827
10-28-22 21:53  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:53  PyFrac.controller.run                    DEBUG     Solved time: 0.6668861660696592 s
10-28-22 21:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:53  PyFrac.controller.run                    INFO      Element in the crack: 6245
10-28-22 21:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6718861660696592 ...
10-28-22 21:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:53  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04012436520601889
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05099397511340043
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0031928943680448185
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:54  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005944012055917627
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005944012055917627
10-28-22 21:55  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:55  PyFrac.controller.run                    DEBUG     Solved time: 0.6718861660696592 s
10-28-22 21:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:55  PyFrac.controller.run                    INFO      Element in the crack: 6269
10-28-22 21:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6768861660696592 ...
10-28-22 21:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:55  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005451221825649035
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017928216098004688
10-28-22 21:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:56  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0034384309971161094
10-28-22 21:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:56  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006589465344070626
10-28-22 21:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006589465344070626
10-28-22 21:56  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:56  PyFrac.controller.run                    DEBUG     Solved time: 0.6768861660696592 s
10-28-22 21:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:56  PyFrac.controller.run                    INFO      Element in the crack: 6309
10-28-22 21:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6818861660696592 ...
10-28-22 21:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:57  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022081484077240934
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01953520040585803
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003895016445065816
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:57  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007781081145964531
10-28-22 21:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007781081145964531
10-28-22 21:58  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:58  PyFrac.controller.run                    DEBUG     Solved time: 0.6818861660696592 s
10-28-22 21:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:58  PyFrac.controller.run                    INFO      Element in the crack: 6333
10-28-22 21:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6868861660696592 ...
10-28-22 21:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 21:58  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 21:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 21:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 21:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 21:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 21:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 21:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05439280141536518
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 21:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003608175368216832
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 21:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0038360261017002465
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 21:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 21:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007748639813514237
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007748639813514237
10-28-22 21:59  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 21:59  PyFrac.controller.run                    DEBUG     Solved time: 0.6868861660696592 s
10-28-22 21:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 21:59  PyFrac.controller.run                    INFO      Element in the crack: 6349
10-28-22 21:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 21:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 21:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 21:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 21:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 21:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 21:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6918861660696592 ...
10-28-22 21:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 21:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:00  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005891655762732976
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018059546955132157
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018581302599385986
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:00  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007315430703308658
10-28-22 22:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007315430703308658
10-28-22 22:01  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:01  PyFrac.controller.run                    DEBUG     Solved time: 0.6918861660696592 s
10-28-22 22:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:01  PyFrac.controller.run                    INFO      Element in the crack: 6377
10-28-22 22:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6968861660696593 ...
10-28-22 22:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:01  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 22:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06305790968948889
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017208138767320393
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003430074748743945
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006887058908348188
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006887058908348188
10-28-22 22:02  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:02  PyFrac.controller.run                    DEBUG     Solved time: 0.6968861660696593 s
10-28-22 22:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:02  PyFrac.controller.run                    INFO      Element in the crack: 6417
10-28-22 22:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7018861660696593 ...
10-28-22 22:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:03  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 22:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019301495354523725
10-28-22 22:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:03  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004792616885824844
10-28-22 22:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033587270617852975
10-28-22 22:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:04  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006512506641907439
10-28-22 22:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006512506641907439
10-28-22 22:04  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:04  PyFrac.controller.run                    DEBUG     Solved time: 0.7018861660696593 s
10-28-22 22:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:04  PyFrac.controller.run                    INFO      Element in the crack: 6453
10-28-22 22:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7068861660696593 ...
10-28-22 22:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:05  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 22:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000493197127084086
10-28-22 22:05  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.000493197127084086
10-28-22 22:05  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:05  PyFrac.controller.run                    DEBUG     Solved time: 0.7068861660696593 s
10-28-22 22:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:05  PyFrac.controller.run                    INFO      Element in the crack: 6485
10-28-22 22:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7118861660696593 ...
10-28-22 22:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:06  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023018661334766932
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017575424333427965
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:06  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01898576013878939
10-28-22 22:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:07  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006123194637007303
10-28-22 22:07  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006123194637007303
10-28-22 22:07  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:07  PyFrac.controller.run                    DEBUG     Solved time: 0.7118861660696593 s
10-28-22 22:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:07  PyFrac.controller.run                    INFO      Element in the crack: 6509
10-28-22 22:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7168861660696593 ...
10-28-22 22:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:08  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04362764450394418
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004117009432171809
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:08  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0034538715674271555
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006754743443441353
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006754743443441353
10-28-22 22:09  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:09  PyFrac.controller.run                    DEBUG     Solved time: 0.7168861660696593 s
10-28-22 22:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:09  PyFrac.controller.run                    INFO      Element in the crack: 6541
10-28-22 22:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7218861660696593 ...
10-28-22 22:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:09  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:09  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04568743558430989
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0038411026451466374
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00342769080557801
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006519467784803921
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006519467784803921
10-28-22 22:10  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:10  PyFrac.controller.run                    DEBUG     Solved time: 0.7218861660696593 s
10-28-22 22:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:10  PyFrac.controller.run                    INFO      Element in the crack: 6565
10-28-22 22:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7268861660696593 ...
10-28-22 22:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:11  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 22:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:11  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04537320072255382
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0034418509343804578
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00361678199919824
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007038626154025469
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007038626154025469
10-28-22 22:12  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:12  PyFrac.controller.run                    DEBUG     Solved time: 0.7268861660696593 s
10-28-22 22:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:12  PyFrac.controller.run                    INFO      Element in the crack: 6581
10-28-22 22:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7318861660696593 ...
10-28-22 22:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:13  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 22:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0634479617873823
10-28-22 22:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018037875661613374
10-28-22 22:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003447525132696209
10-28-22 22:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:14  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006601172862676524
10-28-22 22:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006601172862676524
10-28-22 22:14  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:14  PyFrac.controller.run                    DEBUG     Solved time: 0.7318861660696593 s
10-28-22 22:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:14  PyFrac.controller.run                    INFO      Element in the crack: 6613
10-28-22 22:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7368861660696592 ...
10-28-22 22:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-28-22 22:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:15  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04497679734836753
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003847190610410599
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0036208017569260655
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007087083222766448
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007087083222766448
10-28-22 22:16  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:16  PyFrac.controller.run                    DEBUG     Solved time: 0.7368861660696592 s
10-28-22 22:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-28-22 22:16  PyFrac.controller.run                    INFO      Element in the crack: 6613
10-28-22 22:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7418861660696592 ...
10-28-22 22:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:16  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:16  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-28-22 22:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04321026916911737
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005498905184575322
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029262859316430776
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005469471726817529
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005469471726817529
10-28-22 22:17  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:17  PyFrac.controller.run                    DEBUG     Solved time: 0.7418861660696592 s
10-28-22 22:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:17  PyFrac.controller.run                    INFO      Element in the crack: 6653
10-28-22 22:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7468861660696592 ...
10-28-22 22:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 22:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004819654371843671
10-28-22 22:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017406504788368308
10-28-22 22:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00336402675001486
10-28-22 22:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:19  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006422884370605863
10-28-22 22:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006422884370605863
10-28-22 22:19  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:19  PyFrac.controller.run                    DEBUG     Solved time: 0.7468861660696592 s
10-28-22 22:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:19  PyFrac.controller.run                    INFO      Element in the crack: 6713
10-28-22 22:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7518861660696592 ...
10-28-22 22:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:20  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.027131942274855617
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018832111040982754
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003618730077593352
10-28-22 22:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:21  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007070679354163684
10-28-22 22:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0007070679354163684
10-28-22 22:21  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:21  PyFrac.controller.run                    DEBUG     Solved time: 0.7518861660696592 s
10-28-22 22:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:21  PyFrac.controller.run                    INFO      Element in the crack: 6737
10-28-22 22:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7568861660696592 ...
10-28-22 22:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:21  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 22:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00404410063189068
10-28-22 22:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018461283526570157
10-28-22 22:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003542503704168956
10-28-22 22:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:23  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006957419529127376
10-28-22 22:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006957419529127376
10-28-22 22:23  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:23  PyFrac.controller.run                    DEBUG     Solved time: 0.7568861660696592 s
10-28-22 22:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:23  PyFrac.controller.run                    INFO      Element in the crack: 6761
10-28-22 22:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7618861660696592 ...
10-28-22 22:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:23  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 22:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025192955447856956
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0035356480479835253
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003443350678394437
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:24  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006652220544976133
10-28-22 22:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006652220544976133
10-28-22 22:25  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:25  PyFrac.controller.run                    DEBUG     Solved time: 0.7618861660696592 s
10-28-22 22:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:25  PyFrac.controller.run                    INFO      Element in the crack: 6777
10-28-22 22:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7668861660696592 ...
10-28-22 22:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:25  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 22:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021703321798674288
10-28-22 22:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:26  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004347381721389092
10-28-22 22:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:26  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003256501002556526
10-28-22 22:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:26  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006269898843820729
10-28-22 22:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006269898843820729
10-28-22 22:27  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:27  PyFrac.controller.run                    DEBUG     Solved time: 0.7668861660696592 s
10-28-22 22:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:27  PyFrac.controller.run                    INFO      Element in the crack: 6809
10-28-22 22:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7718861660696592 ...
10-28-22 22:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:27  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 22:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03426920878722197
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003965687278074023
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032770929999316432
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006168314413047403
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006168314413047403
10-28-22 22:28  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:28  PyFrac.controller.run                    DEBUG     Solved time: 0.7718861660696592 s
10-28-22 22:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:28  PyFrac.controller.run                    INFO      Element in the crack: 6833
10-28-22 22:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7768861660696592 ...
10-28-22 22:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:29  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 22:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023000259461767546
10-28-22 22:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01794201015768979
10-28-22 22:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:30  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018408521109685275
10-28-22 22:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:30  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006727272814889998
10-28-22 22:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006727272814889998
10-28-22 22:30  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:30  PyFrac.controller.run                    DEBUG     Solved time: 0.7768861660696592 s
10-28-22 22:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:30  PyFrac.controller.run                    INFO      Element in the crack: 6853
10-28-22 22:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7818861660696592 ...
10-28-22 22:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:31  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 22:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023389759222216725
10-28-22 22:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00023389759222216725
10-28-22 22:31  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:31  PyFrac.controller.run                    DEBUG     Solved time: 0.7818861660696592 s
10-28-22 22:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:31  PyFrac.controller.run                    INFO      Element in the crack: 6885
10-28-22 22:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7868861660696592 ...
10-28-22 22:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:32  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 22:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020228959960807976
10-28-22 22:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004537125648822104
10-28-22 22:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:33  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0031265965497789673
10-28-22 22:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:33  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005669099688924585
10-28-22 22:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005669099688924585
10-28-22 22:33  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7868861660696592 s
10-28-22 22:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:33  PyFrac.controller.run                    INFO      Element in the crack: 6909
10-28-22 22:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7918861660696592 ...
10-28-22 22:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 22:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009703667512205064
10-28-22 22:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003984042510537648
10-28-22 22:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:35  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033584363830998112
10-28-22 22:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:35  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006387927640858493
10-28-22 22:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006387927640858493
10-28-22 22:35  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:35  PyFrac.controller.run                    DEBUG     Solved time: 0.7918861660696592 s
10-28-22 22:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:35  PyFrac.controller.run                    INFO      Element in the crack: 6933
10-28-22 22:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7968861660696592 ...
10-28-22 22:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:36  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 22:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0021142206350517616
10-28-22 22:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003857017275034433
10-28-22 22:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:37  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017942031280977714
10-28-22 22:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:37  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006460265846101114
10-28-22 22:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006460265846101114
10-28-22 22:37  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:37  PyFrac.controller.run                    DEBUG     Solved time: 0.7968861660696592 s
10-28-22 22:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:37  PyFrac.controller.run                    INFO      Element in the crack: 6961
10-28-22 22:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8018861660696592 ...
10-28-22 22:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 22:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0400245593062898
10-28-22 22:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004301466200351668
10-28-22 22:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:39  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032200823090601685
10-28-22 22:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:39  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006136701732570529
10-28-22 22:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006136701732570529
10-28-22 22:39  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:39  PyFrac.controller.run                    DEBUG     Solved time: 0.8018861660696592 s
10-28-22 22:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:39  PyFrac.controller.run                    INFO      Element in the crack: 7001
10-28-22 22:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8068861660696592 ...
10-28-22 22:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:40  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002845158119604493
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017315155524131643
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:40  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01808133613079991
10-28-22 22:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:41  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005995695343929727
10-28-22 22:41  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005995695343929727
10-28-22 22:41  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:41  PyFrac.controller.run                    DEBUG     Solved time: 0.8068861660696592 s
10-28-22 22:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:41  PyFrac.controller.run                    INFO      Element in the crack: 7017
10-28-22 22:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8118861660696592 ...
10-28-22 22:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:42  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 22:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.08532075356382438
10-28-22 22:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016630563985531952
10-28-22 22:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:43  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030771122202498976
10-28-22 22:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:43  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005832000929814133
10-28-22 22:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005832000929814133
10-28-22 22:43  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:43  PyFrac.controller.run                    DEBUG     Solved time: 0.8118861660696592 s
10-28-22 22:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:43  PyFrac.controller.run                    INFO      Element in the crack: 7033
10-28-22 22:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8168861660696592 ...
10-28-22 22:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:44  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 22:44  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:44  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024341541807851454
10-28-22 22:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:44  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005619605295725994
10-28-22 22:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:45  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028025718951721922
10-28-22 22:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:45  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005062244264664929
10-28-22 22:45  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005062244264664929
10-28-22 22:45  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:45  PyFrac.controller.run                    DEBUG     Solved time: 0.8168861660696592 s
10-28-22 22:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:45  PyFrac.controller.run                    INFO      Element in the crack: 7081
10-28-22 22:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8218861660696593 ...
10-28-22 22:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:46  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-28-22 22:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:46  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.08989771008382043
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003771756512750238
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0031164796391021476
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005562568397390096
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005562568397390096
10-28-22 22:47  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:47  PyFrac.controller.run                    DEBUG     Solved time: 0.8218861660696593 s
10-28-22 22:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:47  PyFrac.controller.run                    INFO      Element in the crack: 7121
10-28-22 22:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8268861660696593 ...
10-28-22 22:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 22:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:48  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010203959025532902
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018844550646028232
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003417266844315522
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006258383276563326
10-28-22 22:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006258383276563326
10-28-22 22:49  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:49  PyFrac.controller.run                    DEBUG     Solved time: 0.8268861660696593 s
10-28-22 22:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:49  PyFrac.controller.run                    INFO      Element in the crack: 7129
10-28-22 22:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8318861660696593 ...
10-28-22 22:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 22:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:50  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004052731376695893
10-28-22 22:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0179166980225099
10-28-22 22:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:51  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017998340357772025
10-28-22 22:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:51  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006231420235759376
10-28-22 22:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006231420235759376
10-28-22 22:52  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:52  PyFrac.controller.run                    DEBUG     Solved time: 0.8318861660696593 s
10-28-22 22:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:52  PyFrac.controller.run                    INFO      Element in the crack: 7145
10-28-22 22:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8368861660696593 ...
10-28-22 22:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 22:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010804047565584902
10-28-22 22:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0040491750689169445
10-28-22 22:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:53  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003167208037917451
10-28-22 22:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:54  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005917023519167382
10-28-22 22:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005917023519167382
10-28-22 22:54  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8368861660696593 s
10-28-22 22:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:54  PyFrac.controller.run                    INFO      Element in the crack: 7169
10-28-22 22:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8418861660696593 ...
10-28-22 22:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:54  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 22:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04349981481766372
10-28-22 22:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0038771772481961844
10-28-22 22:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:55  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003214940776218023
10-28-22 22:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:56  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005950817958888333
10-28-22 22:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005950817958888333
10-28-22 22:56  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:56  PyFrac.controller.run                    DEBUG     Solved time: 0.8418861660696593 s
10-28-22 22:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:56  PyFrac.controller.run                    INFO      Element in the crack: 7193
10-28-22 22:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8468861660696593 ...
10-28-22 22:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:57  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 22:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020538054888956374
10-28-22 22:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017321192219141232
10-28-22 22:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:58  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 22:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003231404986024019
10-28-22 22:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:58  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 22:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006063842810632991
10-28-22 22:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006063842810632991
10-28-22 22:58  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 22:58  PyFrac.controller.run                    DEBUG     Solved time: 0.8468861660696593 s
10-28-22 22:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 22:58  PyFrac.controller.run                    INFO      Element in the crack: 7209
10-28-22 22:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 22:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 22:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 22:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 22:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 22:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 22:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8518861660696593 ...
10-28-22 22:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 22:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 22:59  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 22:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 22:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002661529729029352
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 22:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 22:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004281455712200498
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 22:59  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003161151037840426
10-28-22 23:00  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:00  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000584498324258825
10-28-22 23:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.000584498324258825
10-28-22 23:00  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:00  PyFrac.controller.run                    DEBUG     Solved time: 0.8518861660696593 s
10-28-22 23:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:00  PyFrac.controller.run                    INFO      Element in the crack: 7233
10-28-22 23:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8568861660696593 ...
10-28-22 23:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:01  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-28-22 23:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:01  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023573546762037417
10-28-22 23:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004270431153172938
10-28-22 23:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:02  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003163313567766594
10-28-22 23:02  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:02  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005947139620410269
10-28-22 23:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005947139620410269
10-28-22 23:03  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:03  PyFrac.controller.run                    DEBUG     Solved time: 0.8568861660696593 s
10-28-22 23:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:03  PyFrac.controller.run                    INFO      Element in the crack: 7273
10-28-22 23:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8618861660696593 ...
10-28-22 23:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:03  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 23:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:03  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.061716496970190216
10-28-22 23:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016331395693755413
10-28-22 23:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:04  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029656478423018364
10-28-22 23:04  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:04  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005432985581890204
10-28-22 23:05  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005432985581890204
10-28-22 23:05  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:05  PyFrac.controller.run                    DEBUG     Solved time: 0.8618861660696593 s
10-28-22 23:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:05  PyFrac.controller.run                    INFO      Element in the crack: 7305
10-28-22 23:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8668861660696593 ...
10-28-22 23:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 23:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:05  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:06  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.044693929141475186
10-28-22 23:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:06  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004188517856091274
10-28-22 23:06  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:06  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002978970966295661
10-28-22 23:07  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:07  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000539161914719033
10-28-22 23:07  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.000539161914719033
10-28-22 23:07  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:07  PyFrac.controller.run                    DEBUG     Solved time: 0.8668861660696593 s
10-28-22 23:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:07  PyFrac.controller.run                    INFO      Element in the crack: 7345
10-28-22 23:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8718861660696593 ...
10-28-22 23:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:08  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 23:08  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:08  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:08  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028462014344105595
10-28-22 23:08  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:08  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017716238420870667
10-28-22 23:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:09  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003218657927718175
10-28-22 23:09  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:09  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005994641029375783
10-28-22 23:09  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005994641029375783
10-28-22 23:09  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:09  PyFrac.controller.run                    DEBUG     Solved time: 0.8718861660696593 s
10-28-22 23:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:09  PyFrac.controller.run                    INFO      Element in the crack: 7377
10-28-22 23:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8768861660696593 ...
10-28-22 23:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:10  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 23:10  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:10  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:10  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:10  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0513988598782269
10-28-22 23:10  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:10  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002690455789996419
10-28-22 23:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00327100807850463
10-28-22 23:11  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:11  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006038039276954343
10-28-22 23:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006038039276954343
10-28-22 23:11  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:11  PyFrac.controller.run                    DEBUG     Solved time: 0.8768861660696593 s
10-28-22 23:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:11  PyFrac.controller.run                    INFO      Element in the crack: 7393
10-28-22 23:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8818861660696593 ...
10-28-22 23:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:12  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 23:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:12  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04871556226486251
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017851143903757194
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017592225317453192
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:13  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000614964861372691
10-28-22 23:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.000614964861372691
10-28-22 23:14  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:14  PyFrac.controller.run                    DEBUG     Solved time: 0.8818861660696593 s
10-28-22 23:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:14  PyFrac.controller.run                    INFO      Element in the crack: 7409
10-28-22 23:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8868861660696593 ...
10-28-22 23:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:14  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 23:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:14  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004263724231778306
10-28-22 23:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003946668875108195
10-28-22 23:15  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029693203350935615
10-28-22 23:16  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:16  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005335322416231877
10-28-22 23:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005335322416231877
10-28-22 23:16  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:16  PyFrac.controller.run                    DEBUG     Solved time: 0.8868861660696593 s
10-28-22 23:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:16  PyFrac.controller.run                    INFO      Element in the crack: 7425
10-28-22 23:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8918861660696592 ...
10-28-22 23:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-28-22 23:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:17  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04004248460033274
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016770121009524203
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003046151537177207
10-28-22 23:18  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:18  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005604910062480725
10-28-22 23:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005604910062480725
10-28-22 23:18  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:18  PyFrac.controller.run                    DEBUG     Solved time: 0.8918861660696592 s
10-28-22 23:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-28-22 23:18  PyFrac.controller.run                    INFO      Element in the crack: 7441
10-28-22 23:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8968861660696592 ...
10-28-22 23:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:19  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 23:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02177369605336299
10-28-22 23:19  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004746384314363139
10-28-22 23:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002846773590671573
10-28-22 23:20  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:20  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000513102061083274
10-28-22 23:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.000513102061083274
10-28-22 23:20  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:20  PyFrac.controller.run                    DEBUG     Solved time: 0.8968861660696592 s
10-28-22 23:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:20  PyFrac.controller.run                    INFO      Element in the crack: 7465
10-28-22 23:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9018861660696592 ...
10-28-22 23:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:21  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 23:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:21  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020036762028659155
10-28-22 23:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01615360297428836
10-28-22 23:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002839870001470753
10-28-22 23:22  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:22  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020335730579330875
10-28-22 23:23  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:23  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-28-22 23:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011224392051426928
10-28-22 23:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 6 iterations with norm = 0.00011224392051426928
10-28-22 23:23  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:23  PyFrac.controller.run                    DEBUG     Solved time: 0.9018861660696592 s
10-28-22 23:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:23  PyFrac.controller.run                    INFO      Element in the crack: 7505
10-28-22 23:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9068861660696592 ...
10-28-22 23:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:24  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 23:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016219932817864786
10-28-22 23:24  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017717935701741405
10-28-22 23:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:25  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032094355761839535
10-28-22 23:25  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:25  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005750038406621508
10-28-22 23:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005750038406621508
10-28-22 23:25  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:25  PyFrac.controller.run                    DEBUG     Solved time: 0.9068861660696592 s
10-28-22 23:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:25  PyFrac.controller.run                    INFO      Element in the crack: 7521
10-28-22 23:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9118861660696592 ...
10-28-22 23:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:26  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-28-22 23:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01222535680275616
10-28-22 23:26  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:26  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033124423665021516
10-28-22 23:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032693980438214996
10-28-22 23:27  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:27  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006097936650223031
10-28-22 23:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006097936650223031
10-28-22 23:27  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:27  PyFrac.controller.run                    DEBUG     Solved time: 0.9118861660696592 s
10-28-22 23:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:27  PyFrac.controller.run                    INFO      Element in the crack: 7545
10-28-22 23:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9168861660696592 ...
10-28-22 23:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:28  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-28-22 23:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:28  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03921633253617175
10-28-22 23:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016728968645797707
10-28-22 23:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003065814468037331
10-28-22 23:29  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:29  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005582315060665796
10-28-22 23:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005582315060665796
10-28-22 23:30  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:30  PyFrac.controller.run                    DEBUG     Solved time: 0.9168861660696592 s
10-28-22 23:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:30  PyFrac.controller.run                    INFO      Element in the crack: 7581
10-28-22 23:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9218861660696592 ...
10-28-22 23:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:30  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-28-22 23:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:30  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04435609637835179
10-28-22 23:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0443893961790706
10-28-22 23:31  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:31  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030780487335366393
10-28-22 23:32  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:32  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005717113099103148
10-28-22 23:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005717113099103148
10-28-22 23:32  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:32  PyFrac.controller.run                    DEBUG     Solved time: 0.9218861660696592 s
10-28-22 23:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:32  PyFrac.controller.run                    INFO      Element in the crack: 7605
10-28-22 23:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9268861660696592 ...
10-28-22 23:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 23:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04383581575966744
10-28-22 23:33  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0044368557794049615
10-28-22 23:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:34  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002804127704536593
10-28-22 23:34  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:34  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000503282597481993
10-28-22 23:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.000503282597481993
10-28-22 23:34  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9268861660696592 s
10-28-22 23:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:34  PyFrac.controller.run                    INFO      Element in the crack: 7645
10-28-22 23:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9318861660696592 ...
10-28-22 23:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 23:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:35  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028543409699572267
10-28-22 23:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023742565757056633
10-28-22 23:36  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:36  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030415320446368723
10-28-22 23:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:37  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005588454466548882
10-28-22 23:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005588454466548882
10-28-22 23:37  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:37  PyFrac.controller.run                    DEBUG     Solved time: 0.9318861660696592 s
10-28-22 23:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:37  PyFrac.controller.run                    INFO      Element in the crack: 7653
10-28-22 23:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9368861660696592 ...
10-28-22 23:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:37  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 23:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:37  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.033251889498573876
10-28-22 23:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004369119924773172
10-28-22 23:38  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:38  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002763928753882031
10-28-22 23:39  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:39  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004855482358771047
10-28-22 23:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0004855482358771047
10-28-22 23:39  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:39  PyFrac.controller.run                    DEBUG     Solved time: 0.9368861660696592 s
10-28-22 23:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:39  PyFrac.controller.run                    INFO      Element in the crack: 7685
10-28-22 23:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9418861660696592 ...
10-28-22 23:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:40  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 23:40  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:40  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.035021930804563124
10-28-22 23:40  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006527551278341606
10-28-22 23:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:41  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00296744191030305
10-28-22 23:41  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:41  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000533515394468712
10-28-22 23:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.000533515394468712
10-28-22 23:42  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:42  PyFrac.controller.run                    DEBUG     Solved time: 0.9418861660696592 s
10-28-22 23:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:42  PyFrac.controller.run                    INFO      Element in the crack: 7701
10-28-22 23:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9468861660696593 ...
10-28-22 23:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:42  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-28-22 23:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:42  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:43  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05788067406331896
10-28-22 23:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:43  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024930893687002312
10-28-22 23:43  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:43  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002792777621851941
10-28-22 23:44  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:44  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000495067873377198
10-28-22 23:44  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.000495067873377198
10-28-22 23:44  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:44  PyFrac.controller.run                    DEBUG     Solved time: 0.9468861660696593 s
10-28-22 23:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:44  PyFrac.controller.run                    INFO      Element in the crack: 7713
10-28-22 23:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9518861660696593 ...
10-28-22 23:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:45  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 23:45  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:45  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:45  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02014497752327569
10-28-22 23:45  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:45  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005012384888534752
10-28-22 23:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025834178632441174
10-28-22 23:46  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:46  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00043422105977871365
10-28-22 23:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.00043422105977871365
10-28-22 23:47  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:47  PyFrac.controller.run                    DEBUG     Solved time: 0.9518861660696593 s
10-28-22 23:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:47  PyFrac.controller.run                    INFO      Element in the crack: 7761
10-28-22 23:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9568861660696593 ...
10-28-22 23:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 23:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:47  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:48  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04860422892173095
10-28-22 23:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0175415305625455
10-28-22 23:48  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:48  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003072011737200481
10-28-22 23:49  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:49  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000538702603438699
10-28-22 23:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.000538702603438699
10-28-22 23:49  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:49  PyFrac.controller.run                    DEBUG     Solved time: 0.9568861660696593 s
10-28-22 23:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:49  PyFrac.controller.run                    INFO      Element in the crack: 7793
10-28-22 23:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9618861660696593 ...
10-28-22 23:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-28-22 23:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:50  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03073185320706369
10-28-22 23:50  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018290542188532835
10-28-22 23:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:51  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017112430974531634
10-28-22 23:51  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:51  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006139117056422123
10-28-22 23:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0006139117056422123
10-28-22 23:52  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:52  PyFrac.controller.run                    DEBUG     Solved time: 0.9618861660696593 s
10-28-22 23:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:52  PyFrac.controller.run                    INFO      Element in the crack: 7801
10-28-22 23:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9668861660696593 ...
10-28-22 23:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:52  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-28-22 23:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:52  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004887875298812854
10-28-22 23:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033002417019187733
10-28-22 23:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:53  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030509411708066654
10-28-22 23:53  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:53  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005458771895105746
10-28-22 23:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005458771895105746
10-28-22 23:54  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:54  PyFrac.controller.run                    DEBUG     Solved time: 0.9668861660696593 s
10-28-22 23:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:54  PyFrac.controller.run                    INFO      Element in the crack: 7809
10-28-22 23:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9718861660696593 ...
10-28-22 23:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:54  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 23:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:54  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009908357715206985
10-28-22 23:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004335612259475011
10-28-22 23:55  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:55  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002874839872298631
10-28-22 23:56  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:56  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005161454855821682
10-28-22 23:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005161454855821682
10-28-22 23:56  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:56  PyFrac.controller.run                    DEBUG     Solved time: 0.9718861660696593 s
10-28-22 23:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:56  PyFrac.controller.run                    INFO      Element in the crack: 7841
10-28-22 23:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9768861660696593 ...
10-28-22 23:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:57  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 23:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01745918819827473
10-28-22 23:57  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-28-22 23:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0037362682923917133
10-28-22 23:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:58  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-28-22 23:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029239826295672346
10-28-22 23:58  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:58  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-28-22 23:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-28-22 23:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005231494280161542
10-28-22 23:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005231494280161542
10-28-22 23:58  PyFrac.controller.run                    INFO      Time step successful!
10-28-22 23:58  PyFrac.controller.run                    DEBUG     Solved time: 0.9768861660696593 s
10-28-22 23:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-28-22 23:58  PyFrac.controller.run                    INFO      Element in the crack: 7861
10-28-22 23:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-28-22 23:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-28-22 23:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-28-22 23:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-28-22 23:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-28-22 23:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-28-22 23:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9818861660696593 ...
10-28-22 23:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-28-22 23:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-28-22 23:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-28-22 23:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-28-22 23:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-28-22 23:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-28-22 23:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-28-22 23:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-28-22 23:59  PyFrac.attempt_time_step                 DEBUG      
10-28-22 23:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-28-22 23:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.040422570080700805
10-29-22 00:00  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01549440627627405
10-29-22 00:00  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-29-22 00:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002768654999137752
10-29-22 00:00  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:00  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-29-22 00:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004952131875021593
10-29-22 00:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0004952131875021593
10-29-22 00:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:01  PyFrac.controller.run                    DEBUG     Solved time: 0.9818861660696593 s
10-29-22 00:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-29-22 00:01  PyFrac.controller.run                    INFO      Element in the crack: 7901
10-29-22 00:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9868861660696593 ...
10-29-22 00:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-29-22 00:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:02  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 00:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:02  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:02  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0042886392511223195
10-29-22 00:02  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02415850467659354
10-29-22 00:03  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:03  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-29-22 00:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017215947491519046
10-29-22 00:03  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:03  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-29-22 00:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005107309481371658
10-29-22 00:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005107309481371658
10-29-22 00:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:03  PyFrac.controller.run                    DEBUG     Solved time: 0.9868861660696593 s
10-29-22 00:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-29-22 00:03  PyFrac.controller.run                    INFO      Element in the crack: 7917
10-29-22 00:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9918861660696593 ...
10-29-22 00:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-29-22 00:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:04  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 00:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:04  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:05  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022008432258159585
10-29-22 00:05  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:05  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01498800903077786
10-29-22 00:05  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:05  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-29-22 00:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024984783341193404
10-29-22 00:06  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:06  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-29-22 00:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004239177504198466
10-29-22 00:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0004239177504198466
10-29-22 00:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:06  PyFrac.controller.run                    DEBUG     Solved time: 0.9918861660696593 s
10-29-22 00:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-29-22 00:06  PyFrac.controller.run                    INFO      Element in the crack: 7973
10-29-22 00:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9968861660696593 ...
10-29-22 00:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-29-22 00:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:07  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:07  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:07  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:07  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:07  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012610048018020237
10-29-22 00:08  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:08  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017467440056208546
10-29-22 00:08  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:08  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-29-22 00:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003010796325634999
10-29-22 00:08  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:08  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-29-22 00:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005246309426756568
10-29-22 00:09  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0005246309426756568
10-29-22 00:09  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:09  PyFrac.controller.run                    DEBUG     Solved time: 0.9968861660696593 s
10-29-22 00:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-29-22 00:09  PyFrac.controller.run                    INFO      Element in the crack: 7989
10-29-22 00:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0 ...
10-29-22 00:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0031138339303407037 sec...
10-29-22 00:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:10  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-29-22 00:10  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:10  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:10  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:10  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:10  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:10  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013334337897968567
10-29-22 00:10  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:10  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004613849035506447
10-29-22 00:11  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-29-22 00:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003790556965357439
10-29-22 00:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003790556965357439
10-29-22 00:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:11  PyFrac.controller.run                    DEBUG     Solved time: 1.0 s
10-29-22 00:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0031138339303407037 s
10-29-22 00:11  PyFrac.controller.run                    INFO      Element in the crack: 7997
10-29-22 00:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.001 ...
10-29-22 00:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:12  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 00:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:12  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:12  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.9724647484764545e-05
10-29-22 00:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.9724647484764545e-05
10-29-22 00:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:13  PyFrac.controller.run                    DEBUG     Solved time: 1.001 s
10-29-22 00:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:13  PyFrac.controller.run                    INFO      Element in the crack: 7997
10-29-22 00:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0019999999999998 ...
10-29-22 00:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:13  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:14  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:14  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:14  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.4800021231522465e-05
10-29-22 00:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.4800021231522465e-05
10-29-22 00:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:14  PyFrac.controller.run                    DEBUG     Solved time: 1.0019999999999998 s
10-29-22 00:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:14  PyFrac.controller.run                    INFO      Element in the crack: 7997
10-29-22 00:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0029999999999997 ...
10-29-22 00:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:15  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:15  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020016569639304153
10-29-22 00:15  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.68579711046857e-06
10-29-22 00:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.68579711046857e-06
10-29-22 00:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:16  PyFrac.controller.run                    DEBUG     Solved time: 1.0029999999999997 s
10-29-22 00:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:16  PyFrac.controller.run                    INFO      Element in the crack: 8005
10-29-22 00:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0039999999999996 ...
10-29-22 00:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:17  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019904510242277525
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.110730534065965e-06
10-29-22 00:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.110730534065965e-06
10-29-22 00:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:17  PyFrac.controller.run                    DEBUG     Solved time: 1.0039999999999996 s
10-29-22 00:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:17  PyFrac.controller.run                    INFO      Element in the crack: 8021
10-29-22 00:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0049999999999994 ...
10-29-22 00:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:18  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:19  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023707317512027258
10-29-22 00:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00023707317512027258
10-29-22 00:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:19  PyFrac.controller.run                    DEBUG     Solved time: 1.0049999999999994 s
10-29-22 00:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:19  PyFrac.controller.run                    INFO      Element in the crack: 8021
10-29-22 00:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0059999999999993 ...
10-29-22 00:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:20  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:20  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:20  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001780137551114791
10-29-22 00:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0001780137551114791
10-29-22 00:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:20  PyFrac.controller.run                    DEBUG     Solved time: 1.0059999999999993 s
10-29-22 00:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:20  PyFrac.controller.run                    INFO      Element in the crack: 8021
10-29-22 00:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0069999999999992 ...
10-29-22 00:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:21  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:21  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:21  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:22  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.34865308277466e-05
10-29-22 00:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 9.34865308277466e-05
10-29-22 00:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:22  PyFrac.controller.run                    DEBUG     Solved time: 1.0069999999999992 s
10-29-22 00:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:22  PyFrac.controller.run                    INFO      Element in the crack: 8029
10-29-22 00:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0079999999999991 ...
10-29-22 00:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:23  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:23  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:23  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015821316556561272
10-29-22 00:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00015821316556561272
10-29-22 00:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:23  PyFrac.controller.run                    DEBUG     Solved time: 1.0079999999999991 s
10-29-22 00:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:23  PyFrac.controller.run                    INFO      Element in the crack: 8037
10-29-22 00:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.008999999999999 ...
10-29-22 00:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:24  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-29-22 00:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:24  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:24  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:25  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015400668726641697
10-29-22 00:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00015400668726641697
10-29-22 00:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:25  PyFrac.controller.run                    DEBUG     Solved time: 1.008999999999999 s
10-29-22 00:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:25  PyFrac.controller.run                    INFO      Element in the crack: 8045
10-29-22 00:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.009999999999999 ...
10-29-22 00:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:25  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:25  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:26  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.006702079100478e-05
10-29-22 00:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 5.006702079100478e-05
10-29-22 00:26  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:26  PyFrac.controller.run                    DEBUG     Solved time: 1.009999999999999 s
10-29-22 00:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:26  PyFrac.controller.run                    INFO      Element in the crack: 8045
10-29-22 00:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0109999999999988 ...
10-29-22 00:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:27  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-29-22 00:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:27  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:27  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010777078732296275
10-29-22 00:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00010777078732296275
10-29-22 00:27  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:27  PyFrac.controller.run                    DEBUG     Solved time: 1.0109999999999988 s
10-29-22 00:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:27  PyFrac.controller.run                    INFO      Element in the crack: 8045
10-29-22 00:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0119999999999987 ...
10-29-22 00:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:28  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:28  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023668612878793738
10-29-22 00:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00023668612878793738
10-29-22 00:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:29  PyFrac.controller.run                    DEBUG     Solved time: 1.0119999999999987 s
10-29-22 00:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:29  PyFrac.controller.run                    INFO      Element in the crack: 8061
10-29-22 00:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0129999999999986 ...
10-29-22 00:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:30  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:30  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003539221089054223
10-29-22 00:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003539221089054223
10-29-22 00:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:30  PyFrac.controller.run                    DEBUG     Solved time: 1.0129999999999986 s
10-29-22 00:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:30  PyFrac.controller.run                    INFO      Element in the crack: 8061
10-29-22 00:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0139999999999985 ...
10-29-22 00:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:31  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-29-22 00:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:31  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:31  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005016859365040461
10-29-22 00:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005016859365040461
10-29-22 00:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:32  PyFrac.controller.run                    DEBUG     Solved time: 1.0139999999999985 s
10-29-22 00:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:32  PyFrac.controller.run                    INFO      Element in the crack: 8069
10-29-22 00:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0149999999999983 ...
10-29-22 00:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:32  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:33  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004421881062499722
10-29-22 00:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0004421881062499722
10-29-22 00:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:33  PyFrac.controller.run                    DEBUG     Solved time: 1.0149999999999983 s
10-29-22 00:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:33  PyFrac.controller.run                    INFO      Element in the crack: 8069
10-29-22 00:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0159999999999982 ...
10-29-22 00:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:34  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:34  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005857672322479601
10-29-22 00:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005857672322479601
10-29-22 00:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:35  PyFrac.controller.run                    DEBUG     Solved time: 1.0159999999999982 s
10-29-22 00:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:35  PyFrac.controller.run                    INFO      Element in the crack: 8077
10-29-22 00:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0169999999999981 ...
10-29-22 00:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:35  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:36  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007438276721381243
10-29-22 00:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007438276721381243
10-29-22 00:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0169999999999981 s
10-29-22 00:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:36  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.017999999999998 ...
10-29-22 00:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:37  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:37  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:37  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008220471793586626
10-29-22 00:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008220471793586626
10-29-22 00:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:37  PyFrac.controller.run                    DEBUG     Solved time: 1.017999999999998 s
10-29-22 00:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:37  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.018999999999998 ...
10-29-22 00:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:38  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:39  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009526824286576385
10-29-22 00:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009526824286576385
10-29-22 00:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:39  PyFrac.controller.run                    DEBUG     Solved time: 1.018999999999998 s
10-29-22 00:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:39  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0199999999999978 ...
10-29-22 00:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:40  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:40  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:40  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:40  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:40  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010552373607124821
10-29-22 00:40  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.56033803381473e-05
10-29-22 00:41  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.56033803381473e-05
10-29-22 00:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:41  PyFrac.controller.run                    DEBUG     Solved time: 1.0199999999999978 s
10-29-22 00:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:41  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0209999999999977 ...
10-29-22 00:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:41  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:41  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:41  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:41  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:42  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011444303462479154
10-29-22 00:42  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010520347510663442
10-29-22 00:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00010520347510663442
10-29-22 00:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:42  PyFrac.controller.run                    DEBUG     Solved time: 1.0209999999999977 s
10-29-22 00:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:42  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0219999999999976 ...
10-29-22 00:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:43  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:43  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:44  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001220457659544323
10-29-22 00:44  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:44  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011438579671406046
10-29-22 00:44  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011438579671406046
10-29-22 00:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:44  PyFrac.controller.run                    DEBUG     Solved time: 1.0219999999999976 s
10-29-22 00:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:44  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0229999999999975 ...
10-29-22 00:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:45  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:45  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:45  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:45  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:45  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:45  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:46  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012843717480481587
10-29-22 00:46  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:46  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012303241056649483
10-29-22 00:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012303241056649483
10-29-22 00:46  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:46  PyFrac.controller.run                    DEBUG     Solved time: 1.0229999999999975 s
10-29-22 00:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:46  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0239999999999974 ...
10-29-22 00:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:47  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:47  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013374140353440821
10-29-22 00:47  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:48  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013116540431354907
10-29-22 00:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00013116540431354907
10-29-22 00:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:48  PyFrac.controller.run                    DEBUG     Solved time: 1.0239999999999974 s
10-29-22 00:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:48  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0249999999999972 ...
10-29-22 00:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:49  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:49  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:49  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013802812607703885
10-29-22 00:49  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:50  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001387978896624986
10-29-22 00:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001387978896624986
10-29-22 00:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:50  PyFrac.controller.run                    DEBUG     Solved time: 1.0249999999999972 s
10-29-22 00:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:50  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0259999999999971 ...
10-29-22 00:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:50  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:51  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014127275950681906
10-29-22 00:51  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001458609441476
10-29-22 00:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001458609441476
10-29-22 00:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:52  PyFrac.controller.run                    DEBUG     Solved time: 1.0259999999999971 s
10-29-22 00:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:52  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.026999999999997 ...
10-29-22 00:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:52  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:53  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 00:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014353182382311758
10-29-22 00:53  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001523745767805451
10-29-22 00:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001523745767805451
10-29-22 00:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:53  PyFrac.controller.run                    DEBUG     Solved time: 1.026999999999997 s
10-29-22 00:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:53  PyFrac.controller.run                    INFO      Element in the crack: 8085
10-29-22 00:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.027999999999997 ...
10-29-22 00:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:54  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:55  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 00:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:55  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018553386859359193
10-29-22 00:55  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015945760825047728
10-29-22 00:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015945760825047728
10-29-22 00:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:55  PyFrac.controller.run                    DEBUG     Solved time: 1.027999999999997 s
10-29-22 00:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:55  PyFrac.controller.run                    INFO      Element in the crack: 8093
10-29-22 00:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0289999999999968 ...
10-29-22 00:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:56  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:56  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:56  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015747882654879675
10-29-22 00:57  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017590293241923405
10-29-22 00:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00017590293241923405
10-29-22 00:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0289999999999968 s
10-29-22 00:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:57  PyFrac.controller.run                    INFO      Element in the crack: 8093
10-29-22 00:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0299999999999967 ...
10-29-22 00:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:58  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:58  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 00:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 00:58  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 00:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016062322941163387
10-29-22 00:58  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 00:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 00:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 00:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018446443437611037
10-29-22 00:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018446443437611037
10-29-22 00:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 00:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0299999999999967 s
10-29-22 00:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 00:59  PyFrac.controller.run                    INFO      Element in the crack: 8093
10-29-22 00:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 00:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 00:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 00:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 00:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 00:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 00:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0309999999999966 ...
10-29-22 00:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 00:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 00:59  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 00:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 00:59  PyFrac.attempt_time_step                 DEBUG      
10-29-22 00:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:00  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001597624996489131
10-29-22 01:00  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001899497749978707
10-29-22 01:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001899497749978707
10-29-22 01:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0309999999999966 s
10-29-22 01:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:00  PyFrac.controller.run                    INFO      Element in the crack: 8093
10-29-22 01:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0319999999999965 ...
10-29-22 01:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:01  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:01  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 01:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:02  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 01:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015759441413302254
10-29-22 01:02  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:02  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:02  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019457123931026387
10-29-22 01:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019457123931026387
10-29-22 01:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:02  PyFrac.controller.run                    DEBUG     Solved time: 1.0319999999999965 s
10-29-22 01:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:02  PyFrac.controller.run                    INFO      Element in the crack: 8093
10-29-22 01:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0329999999999964 ...
10-29-22 01:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:03  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:03  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 01:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:03  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:03  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 01:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015434053212429434
10-29-22 01:04  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:04  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019821227106668005
10-29-22 01:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019821227106668005
10-29-22 01:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:04  PyFrac.controller.run                    DEBUG     Solved time: 1.0329999999999964 s
10-29-22 01:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:04  PyFrac.controller.run                    INFO      Element in the crack: 8093
10-29-22 01:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0339999999999963 ...
10-29-22 01:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:05  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:05  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:05  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 01:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:05  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 01:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015009524317439826
10-29-22 01:06  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:06  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020088220360392484
10-29-22 01:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020088220360392484
10-29-22 01:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:06  PyFrac.controller.run                    DEBUG     Solved time: 1.0339999999999963 s
10-29-22 01:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:06  PyFrac.controller.run                    INFO      Element in the crack: 8093
10-29-22 01:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0349999999999961 ...
10-29-22 01:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:07  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:07  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:07  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 01:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:07  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:07  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01855117562001773
10-29-22 01:07  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:07  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019798157188365195
10-29-22 01:08  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:08  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-29-22 01:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.1850797077505035e-05
10-29-22 01:08  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 2.1850797077505035e-05
10-29-22 01:08  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:08  PyFrac.controller.run                    DEBUG     Solved time: 1.0349999999999961 s
10-29-22 01:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:08  PyFrac.controller.run                    INFO      Element in the crack: 8093
10-29-22 01:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.035999999999996 ...
10-29-22 01:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:09  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:09  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:09  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:09  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 01:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:09  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:09  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013883990337226493
10-29-22 01:09  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:09  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:10  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020326811973681914
10-29-22 01:10  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020326811973681914
10-29-22 01:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:10  PyFrac.controller.run                    DEBUG     Solved time: 1.035999999999996 s
10-29-22 01:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.036999999999996 ...
10-29-22 01:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:10  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:10  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:10  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:10  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:11  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:11  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:11  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00129737030993887
10-29-22 01:11  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:11  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020430746758840713
10-29-22 01:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020430746758840713
10-29-22 01:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:11  PyFrac.controller.run                    DEBUG     Solved time: 1.036999999999996 s
10-29-22 01:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0379999999999958 ...
10-29-22 01:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:12  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 01:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:12  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012253691849171845
10-29-22 01:13  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020293761054823278
10-29-22 01:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020293761054823278
10-29-22 01:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:13  PyFrac.controller.run                    DEBUG     Solved time: 1.0379999999999958 s
10-29-22 01:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0389999999999957 ...
10-29-22 01:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:14  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 01:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:14  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010978091597018391
10-29-22 01:15  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013968935662326488
10-29-22 01:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00013968935662326488
10-29-22 01:15  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:15  PyFrac.controller.run                    DEBUG     Solved time: 1.0389999999999957 s
10-29-22 01:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:15  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0399999999999956 ...
10-29-22 01:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:16  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:16  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:17  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 01:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:17  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009685508899505635
10-29-22 01:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009685508899505635
10-29-22 01:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:17  PyFrac.controller.run                    DEBUG     Solved time: 1.0399999999999956 s
10-29-22 01:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0409999999999955 ...
10-29-22 01:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:18  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:19  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-29-22 01:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:19  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006709744909713322
10-29-22 01:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0006709744909713322
10-29-22 01:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:19  PyFrac.controller.run                    DEBUG     Solved time: 1.0409999999999955 s
10-29-22 01:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0419999999999954 ...
10-29-22 01:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:20  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:20  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:21  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 01:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:21  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 01:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005381568588234131
10-29-22 01:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005381568588234131
10-29-22 01:21  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:21  PyFrac.controller.run                    DEBUG     Solved time: 1.0419999999999954 s
10-29-22 01:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:21  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0429999999999953 ...
10-29-22 01:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:22  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:22  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:23  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-29-22 01:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:23  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005035781034796827
10-29-22 01:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005035781034796827
10-29-22 01:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:24  PyFrac.controller.run                    DEBUG     Solved time: 1.0429999999999953 s
10-29-22 01:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0439999999999952 ...
10-29-22 01:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:24  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:24  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:25  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:25  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:25  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 01:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017645680960342246
10-29-22 01:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00017645680960342246
10-29-22 01:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:25  PyFrac.controller.run                    DEBUG     Solved time: 1.0439999999999952 s
10-29-22 01:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.044999999999995 ...
10-29-22 01:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:26  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-29-22 01:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:26  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:27  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-29-22 01:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:27  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:28  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-29-22 01:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010276946402093756
10-29-22 01:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00010276946402093756
10-29-22 01:28  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:28  PyFrac.controller.run                    DEBUG     Solved time: 1.044999999999995 s
10-29-22 01:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:28  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.045999999999995 ...
10-29-22 01:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:29  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:30  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008989078578901655
10-29-22 01:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008989078578901655
10-29-22 01:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:30  PyFrac.controller.run                    DEBUG     Solved time: 1.045999999999995 s
10-29-22 01:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0469999999999948 ...
10-29-22 01:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:31  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:32  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040720777728459723
10-29-22 01:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00040720777728459723
10-29-22 01:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:33  PyFrac.controller.run                    DEBUG     Solved time: 1.0469999999999948 s
10-29-22 01:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0479999999999947 ...
10-29-22 01:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:34  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:35  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:36  PyFrac.Anderson                          DEBUG     Converged after 20 iterations
10-29-22 01:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008368308541119518
10-29-22 01:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008368308541119518
10-29-22 01:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0479999999999947 s
10-29-22 01:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0489999999999946 ...
10-29-22 01:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:37  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:37  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:38  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010483747009371314
10-29-22 01:38  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.983136160942479e-05
10-29-22 01:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.983136160942479e-05
10-29-22 01:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0489999999999946 s
10-29-22 01:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0499999999999945 ...
10-29-22 01:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:39  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:39  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:40  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:40  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:41  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.4594394785660825e-06
10-29-22 01:41  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.4594394785660825e-06
10-29-22 01:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:41  PyFrac.controller.run                    DEBUG     Solved time: 1.0499999999999945 s
10-29-22 01:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0509999999999944 ...
10-29-22 01:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:42  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 01:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:42  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 01:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:42  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002370200550139714
10-29-22 01:42  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002278046218217611
10-29-22 01:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002278046218217611
10-29-22 01:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:43  PyFrac.controller.run                    DEBUG     Solved time: 1.0509999999999944 s
10-29-22 01:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0519999999999943 ...
10-29-22 01:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:43  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:43  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:44  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:44  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:45  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 01:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.500842121378355e-05
10-29-22 01:45  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.500842121378355e-05
10-29-22 01:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:45  PyFrac.controller.run                    DEBUG     Solved time: 1.0519999999999943 s
10-29-22 01:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0529999999999942 ...
10-29-22 01:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:46  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 01:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:47  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007279358221236975
10-29-22 01:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007279358221236975
10-29-22 01:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:47  PyFrac.controller.run                    DEBUG     Solved time: 1.0529999999999942 s
10-29-22 01:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.053999999999994 ...
10-29-22 01:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:48  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:49  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.7100965212413256e-05
10-29-22 01:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 5.7100965212413256e-05
10-29-22 01:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:50  PyFrac.controller.run                    DEBUG     Solved time: 1.053999999999994 s
10-29-22 01:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:50  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.054999999999994 ...
10-29-22 01:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:50  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-29-22 01:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:50  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 01:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:51  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015996009908626973
10-29-22 01:52  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.360376535911485e-05
10-29-22 01:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.360376535911485e-05
10-29-22 01:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:52  PyFrac.controller.run                    DEBUG     Solved time: 1.054999999999994 s
10-29-22 01:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0559999999999938 ...
10-29-22 01:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:53  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 01:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:53  PyFrac.controller.run                    DEBUG     Solved time: 1.0559999999999938 s
10-29-22 01:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0569999999999937 ...
10-29-22 01:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:53  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 01:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:53  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 01:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:54  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002040712735877861
10-29-22 01:54  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013564657101291288
10-29-22 01:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00013564657101291288
10-29-22 01:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:55  PyFrac.controller.run                    DEBUG     Solved time: 1.0569999999999937 s
10-29-22 01:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0579999999999936 ...
10-29-22 01:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:55  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 01:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:55  PyFrac.controller.run                    DEBUG     Solved time: 1.0579999999999936 s
10-29-22 01:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0589999999999935 ...
10-29-22 01:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 01:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:56  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:57  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 01:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:57  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017776963360344666
10-29-22 01:57  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 01:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 01:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.42056752521114e-05
10-29-22 01:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.42056752521114e-05
10-29-22 01:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0589999999999935 s
10-29-22 01:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0599999999999934 ...
10-29-22 01:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:58  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 01:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 01:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0599999999999934 s
10-29-22 01:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 01:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 01:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 01:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 01:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 01:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 01:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 01:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 01:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0609999999999933 ...
10-29-22 01:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 01:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 01:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 01:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 01:59  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 01:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 01:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 01:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 01:59  PyFrac.attempt_time_step                 DEBUG      
10-29-22 01:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 01:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 02:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010608157271630603
10-29-22 02:00  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 02:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 02:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00039561493549804537
10-29-22 02:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00039561493549804537
10-29-22 02:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0609999999999933 s
10-29-22 02:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:00  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0619999999999932 ...
10-29-22 02:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:01  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:01  PyFrac.controller.run                    DEBUG     Solved time: 1.0619999999999932 s
10-29-22 02:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.062999999999993 ...
10-29-22 02:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:02  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:02  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:02  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:02  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:02  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:02  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:02  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:02  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:03  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:03  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002276306063617284
10-29-22 02:03  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0002276306063617284
10-29-22 02:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:03  PyFrac.controller.run                    DEBUG     Solved time: 1.062999999999993 s
10-29-22 02:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.063999999999993 ...
10-29-22 02:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:04  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:04  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:04  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:04  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:05  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:05  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:05  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:05  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:06  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:06  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007623528494920606
10-29-22 02:06  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007623528494920606
10-29-22 02:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:06  PyFrac.controller.run                    DEBUG     Solved time: 1.063999999999993 s
10-29-22 02:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0649999999999928 ...
10-29-22 02:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:06  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:06  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:07  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:07  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:08  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:08  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025801255241304945
10-29-22 02:08  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00025801255241304945
10-29-22 02:08  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:08  PyFrac.controller.run                    DEBUG     Solved time: 1.0649999999999928 s
10-29-22 02:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:08  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0659999999999927 ...
10-29-22 02:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:09  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:09  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:09  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:09  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:10  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:10  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:10  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:10  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:10  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.0724542095915693e-07
10-29-22 02:10  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 4.0724542095915693e-07
10-29-22 02:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:10  PyFrac.controller.run                    DEBUG     Solved time: 1.0659999999999927 s
10-29-22 02:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0669999999999926 ...
10-29-22 02:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:11  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:11  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:12  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 02:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:12  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009778012946063796
10-29-22 02:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009778012946063796
10-29-22 02:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:13  PyFrac.controller.run                    DEBUG     Solved time: 1.0669999999999926 s
10-29-22 02:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0679999999999925 ...
10-29-22 02:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:14  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:14  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:15  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014294359543839618
10-29-22 02:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00014294359543839618
10-29-22 02:15  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:15  PyFrac.controller.run                    DEBUG     Solved time: 1.0679999999999925 s
10-29-22 02:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:15  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0689999999999924 ...
10-29-22 02:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:16  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:16  PyFrac.controller.run                    DEBUG     Solved time: 1.0689999999999924 s
10-29-22 02:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0699999999999923 ...
10-29-22 02:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:17  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:17  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:18  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016074790351948566
10-29-22 02:18  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 02:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010357775504161282
10-29-22 02:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00010357775504161282
10-29-22 02:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:19  PyFrac.controller.run                    DEBUG     Solved time: 1.0699999999999923 s
10-29-22 02:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0709999999999922 ...
10-29-22 02:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:19  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:19  PyFrac.controller.run                    DEBUG     Solved time: 1.0709999999999922 s
10-29-22 02:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.071999999999992 ...
10-29-22 02:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:20  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:20  PyFrac.controller.run                    DEBUG     Solved time: 1.071999999999992 s
10-29-22 02:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.072999999999992 ...
10-29-22 02:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:20  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:21  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018910497426923457
10-29-22 02:21  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 02:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020217481529833493
10-29-22 02:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020217481529833493
10-29-22 02:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:22  PyFrac.controller.run                    DEBUG     Solved time: 1.072999999999992 s
10-29-22 02:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0739999999999919 ...
10-29-22 02:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:22  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:22  PyFrac.controller.run                    DEBUG     Solved time: 1.0739999999999919 s
10-29-22 02:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0749999999999917 ...
10-29-22 02:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:23  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:23  PyFrac.controller.run                    DEBUG     Solved time: 1.0749999999999917 s
10-29-22 02:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0759999999999916 ...
10-29-22 02:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:23  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:24  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:24  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005654344013728973
10-29-22 02:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005654344013728973
10-29-22 02:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:25  PyFrac.controller.run                    DEBUG     Solved time: 1.0759999999999916 s
10-29-22 02:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0769999999999915 ...
10-29-22 02:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:25  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:25  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:26  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:26  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022252082904820726
10-29-22 02:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00022252082904820726
10-29-22 02:27  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:27  PyFrac.controller.run                    DEBUG     Solved time: 1.0769999999999915 s
10-29-22 02:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:27  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0779999999999914 ...
10-29-22 02:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:28  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:28  PyFrac.controller.run                    DEBUG     Solved time: 1.0779999999999914 s
10-29-22 02:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:28  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0789999999999913 ...
10-29-22 02:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:28  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:29  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015570844650831362
10-29-22 02:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00015570844650831362
10-29-22 02:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:30  PyFrac.controller.run                    DEBUG     Solved time: 1.0789999999999913 s
10-29-22 02:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0799999999999912 ...
10-29-22 02:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:31  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:32  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-29-22 02:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:32  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.965944915428565e-05
10-29-22 02:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 3.965944915428565e-05
10-29-22 02:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:33  PyFrac.controller.run                    DEBUG     Solved time: 1.0799999999999912 s
10-29-22 02:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.080999999999991 ...
10-29-22 02:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:33  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-29-22 02:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:33  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:35  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 02:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:35  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004473128150154082
10-29-22 02:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0004473128150154082
10-29-22 02:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:35  PyFrac.controller.run                    DEBUG     Solved time: 1.080999999999991 s
10-29-22 02:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.081999999999991 ...
10-29-22 02:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:36  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:36  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:37  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 02:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:37  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.530934550250777e-06
10-29-22 02:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 5.530934550250777e-06
10-29-22 02:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:38  PyFrac.controller.run                    DEBUG     Solved time: 1.081999999999991 s
10-29-22 02:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0829999999999909 ...
10-29-22 02:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:39  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:39  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:41  PyFrac.Anderson                          DEBUG     Converged after 27 iterations
10-29-22 02:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:41  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:41  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:42  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-29-22 02:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019601376262400549
10-29-22 02:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00019601376262400549
10-29-22 02:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:42  PyFrac.controller.run                    DEBUG     Solved time: 1.0829999999999909 s
10-29-22 02:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0839999999999907 ...
10-29-22 02:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:43  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:43  PyFrac.controller.run                    DEBUG     Solved time: 1.0839999999999907 s
10-29-22 02:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0849999999999906 ...
10-29-22 02:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:43  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 02:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:43  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:44  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-29-22 02:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:44  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:45  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 02:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003204653645162381
10-29-22 02:45  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003204653645162381
10-29-22 02:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:45  PyFrac.controller.run                    DEBUG     Solved time: 1.0849999999999906 s
10-29-22 02:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0859999999999905 ...
10-29-22 02:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:46  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:46  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.245795126171629e-06
10-29-22 02:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 8.245795126171629e-06
10-29-22 02:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:47  PyFrac.controller.run                    DEBUG     Solved time: 1.0859999999999905 s
10-29-22 02:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0869999999999904 ...
10-29-22 02:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:48  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-29-22 02:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:48  PyFrac.controller.run                    DEBUG     Solved time: 1.0869999999999904 s
10-29-22 02:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0879999999999903 ...
10-29-22 02:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:49  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:49  PyFrac.controller.run                    DEBUG     Solved time: 1.0879999999999903 s
10-29-22 02:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0889999999999902 ...
10-29-22 02:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:49  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:50  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 02:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:50  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.3259885368839264e-05
10-29-22 02:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.3259885368839264e-05
10-29-22 02:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:50  PyFrac.controller.run                    DEBUG     Solved time: 1.0889999999999902 s
10-29-22 02:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:50  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.08999999999999 ...
10-29-22 02:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:51  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:51  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:52  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001482497117677113
10-29-22 02:53  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-29-22 02:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.3366576121001117e-05
10-29-22 02:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.3366576121001117e-05
10-29-22 02:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:53  PyFrac.controller.run                    DEBUG     Solved time: 1.08999999999999 s
10-29-22 02:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.09099999999999 ...
10-29-22 02:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:54  PyFrac.controller.run                    DEBUG     Solved time: 1.09099999999999 s
10-29-22 02:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0919999999999899 ...
10-29-22 02:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:55  PyFrac.controller.run                    DEBUG     Solved time: 1.0919999999999899 s
10-29-22 02:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0929999999999898 ...
10-29-22 02:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 02:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:55  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:56  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 02:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:56  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.60562922268781e-05
10-29-22 02:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.60562922268781e-05
10-29-22 02:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0929999999999898 s
10-29-22 02:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0939999999999896 ...
10-29-22 02:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 02:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 02:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0939999999999896 s
10-29-22 02:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 02:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 02:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 02:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 02:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 02:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 02:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 02:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 02:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0949999999999895 ...
10-29-22 02:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 02:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 02:58  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 02:58  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 02:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:59  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 02:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 02:59  PyFrac.attempt_time_step                 DEBUG      
10-29-22 02:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 02:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 02:59  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.094557003047953e-05
10-29-22 03:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 8.094557003047953e-05
10-29-22 03:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0949999999999895 s
10-29-22 03:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:00  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0959999999999894 ...
10-29-22 03:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:00  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:00  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:01  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:01  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:02  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:02  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0
10-29-22 03:02  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0
10-29-22 03:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:02  PyFrac.controller.run                    DEBUG     Solved time: 1.0959999999999894 s
10-29-22 03:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:02  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0969999999999893 ...
10-29-22 03:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:03  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:03  PyFrac.controller.run                    DEBUG     Solved time: 1.0969999999999893 s
10-29-22 03:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0979999999999892 ...
10-29-22 03:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:03  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:03  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:03  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:03  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:04  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 03:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:04  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:04  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:04  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:04  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 03:04  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021222793837438303
10-29-22 03:04  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00021222793837438303
10-29-22 03:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:04  PyFrac.controller.run                    DEBUG     Solved time: 1.0979999999999892 s
10-29-22 03:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:04  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.098999999999989 ...
10-29-22 03:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:05  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-29-22 03:05  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:05  PyFrac.controller.run                    DEBUG     Solved time: 1.098999999999989 s
10-29-22 03:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:05  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.099999999999989 ...
10-29-22 03:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:06  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:06  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:06  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:06  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:06  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:07  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:07  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:07  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:07  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010199597431139296
10-29-22 03:07  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00010199597431139296
10-29-22 03:07  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:07  PyFrac.controller.run                    DEBUG     Solved time: 1.099999999999989 s
10-29-22 03:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:07  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1009999999999889 ...
10-29-22 03:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:08  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:08  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:08  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:08  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:08  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:09  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-29-22 03:09  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:09  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:09  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:09  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:10  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-29-22 03:10  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002186387421142655
10-29-22 03:10  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0002186387421142655
10-29-22 03:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:10  PyFrac.controller.run                    DEBUG     Solved time: 1.1009999999999889 s
10-29-22 03:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1019999999999888 ...
10-29-22 03:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:11  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:11  PyFrac.controller.run                    DEBUG     Solved time: 1.1019999999999888 s
10-29-22 03:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1029999999999887 ...
10-29-22 03:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:11  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:12  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-29-22 03:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:12  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:13  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 03:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.863947368062725e-05
10-29-22 03:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.863947368062725e-05
10-29-22 03:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:13  PyFrac.controller.run                    DEBUG     Solved time: 1.1029999999999887 s
10-29-22 03:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1039999999999885 ...
10-29-22 03:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:14  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:14  PyFrac.controller.run                    DEBUG     Solved time: 1.1039999999999885 s
10-29-22 03:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1049999999999884 ...
10-29-22 03:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:14  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:14  PyFrac.controller.run                    DEBUG     Solved time: 1.1049999999999884 s
10-29-22 03:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1059999999999883 ...
10-29-22 03:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:15  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:15  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 03:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:15  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:16  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 03:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.545838743188369e-06
10-29-22 03:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 5.545838743188369e-06
10-29-22 03:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:16  PyFrac.controller.run                    DEBUG     Solved time: 1.1059999999999883 s
10-29-22 03:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1069999999999882 ...
10-29-22 03:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:17  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:17  PyFrac.controller.run                    DEBUG     Solved time: 1.1069999999999882 s
10-29-22 03:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.107999999999988 ...
10-29-22 03:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:17  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:18  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:19  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 03:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012993075714526014
10-29-22 03:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00012993075714526014
10-29-22 03:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:19  PyFrac.controller.run                    DEBUG     Solved time: 1.107999999999988 s
10-29-22 03:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.108999999999988 ...
10-29-22 03:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:19  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:19  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:20  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-29-22 03:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:20  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:21  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.290904528865269e-05
10-29-22 03:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 4.290904528865269e-05
10-29-22 03:21  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:21  PyFrac.controller.run                    DEBUG     Solved time: 1.108999999999988 s
10-29-22 03:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:21  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1099999999999879 ...
10-29-22 03:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:22  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:22  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:23  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:23  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:24  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.299925846377505e-05
10-29-22 03:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 3.299925846377505e-05
10-29-22 03:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:24  PyFrac.controller.run                    DEBUG     Solved time: 1.1099999999999879 s
10-29-22 03:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1109999999999878 ...
10-29-22 03:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:24  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:24  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:26  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 03:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:26  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:26  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-29-22 03:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.1957184141925266e-05
10-29-22 03:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.1957184141925266e-05
10-29-22 03:26  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:26  PyFrac.controller.run                    DEBUG     Solved time: 1.1109999999999878 s
10-29-22 03:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:26  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1119999999999877 ...
10-29-22 03:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:28  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:28  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:28  PyFrac.controller.run                    DEBUG     Solved time: 1.1119999999999877 s
10-29-22 03:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:28  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1129999999999876 ...
10-29-22 03:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:29  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 03:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:29  PyFrac.controller.run                    DEBUG     Solved time: 1.1129999999999876 s
10-29-22 03:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:29  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1139999999999874 ...
10-29-22 03:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:29  PyFrac.controller.run                    DEBUG     Solved time: 1.1139999999999874 s
10-29-22 03:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:29  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1149999999999873 ...
10-29-22 03:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:29  PyFrac.controller.run                    DEBUG     Solved time: 1.1149999999999873 s
10-29-22 03:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:29  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1159999999999872 ...
10-29-22 03:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:30  PyFrac.controller.run                    DEBUG     Solved time: 1.1159999999999872 s
10-29-22 03:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1169999999999871 ...
10-29-22 03:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:30  PyFrac.controller.run                    DEBUG     Solved time: 1.1169999999999871 s
10-29-22 03:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.117999999999987 ...
10-29-22 03:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:30  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:31  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.970753449917595e-05
10-29-22 03:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.970753449917595e-05
10-29-22 03:31  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:31  PyFrac.controller.run                    DEBUG     Solved time: 1.117999999999987 s
10-29-22 03:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:31  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.118999999999987 ...
10-29-22 03:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:32  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:32  PyFrac.controller.run                    DEBUG     Solved time: 1.118999999999987 s
10-29-22 03:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1199999999999868 ...
10-29-22 03:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:33  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 03:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:33  PyFrac.controller.run                    DEBUG     Solved time: 1.1199999999999868 s
10-29-22 03:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1209999999999867 ...
10-29-22 03:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:33  PyFrac.controller.run                    DEBUG     Solved time: 1.1209999999999867 s
10-29-22 03:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1219999999999866 ...
10-29-22 03:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:33  PyFrac.controller.run                    DEBUG     Solved time: 1.1219999999999866 s
10-29-22 03:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1229999999999865 ...
10-29-22 03:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:34  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:34  PyFrac.controller.run                    DEBUG     Solved time: 1.1229999999999865 s
10-29-22 03:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:34  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1239999999999863 ...
10-29-22 03:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:34  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:34  PyFrac.controller.run                    DEBUG     Solved time: 1.1239999999999863 s
10-29-22 03:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:34  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1249999999999862 ...
10-29-22 03:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:34  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:34  PyFrac.controller.run                    DEBUG     Solved time: 1.1249999999999862 s
10-29-22 03:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:34  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1259999999999861 ...
10-29-22 03:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:35  PyFrac.controller.run                    DEBUG     Solved time: 1.1259999999999861 s
10-29-22 03:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.126999999999986 ...
10-29-22 03:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:35  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-29-22 03:35  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-29-22 03:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-29-22 03:35  PyFrac.attempt_time_step                 DEBUG      
10-29-22 03:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-29-22 03:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-29-22 03:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.436525348303519e-05
10-29-22 03:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.436525348303519e-05
10-29-22 03:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:36  PyFrac.controller.run                    DEBUG     Solved time: 1.126999999999986 s
10-29-22 03:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.127999999999986 ...
10-29-22 03:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:37  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 03:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:37  PyFrac.controller.run                    DEBUG     Solved time: 1.127999999999986 s
10-29-22 03:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1289999999999858 ...
10-29-22 03:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:37  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 03:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:37  PyFrac.controller.run                    DEBUG     Solved time: 1.1289999999999858 s
10-29-22 03:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1299999999999857 ...
10-29-22 03:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:38  PyFrac.controller.run                    DEBUG     Solved time: 1.1299999999999857 s
10-29-22 03:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1309999999999856 ...
10-29-22 03:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 03:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:38  PyFrac.controller.run                    DEBUG     Solved time: 1.1309999999999856 s
10-29-22 03:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1319999999999855 ...
10-29-22 03:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:38  PyFrac.controller.run                    DEBUG     Solved time: 1.1319999999999855 s
10-29-22 03:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1329999999999854 ...
10-29-22 03:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1329999999999854 s
10-29-22 03:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:39  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1339999999999852 ...
10-29-22 03:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1339999999999852 s
10-29-22 03:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:39  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1349999999999851 ...
10-29-22 03:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1349999999999851 s
10-29-22 03:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:39  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.135999999999985 ...
10-29-22 03:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Solved time: 1.135999999999985 s
10-29-22 03:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.136999999999985 ...
10-29-22 03:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Solved time: 1.136999999999985 s
10-29-22 03:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1379999999999848 ...
10-29-22 03:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1379999999999848 s
10-29-22 03:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1389999999999847 ...
10-29-22 03:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1389999999999847 s
10-29-22 03:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1399999999999846 ...
10-29-22 03:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Solved time: 1.1399999999999846 s
10-29-22 03:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1409999999999845 ...
10-29-22 03:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Solved time: 1.1409999999999845 s
10-29-22 03:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1419999999999844 ...
10-29-22 03:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Solved time: 1.1419999999999844 s
10-29-22 03:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1429999999999843 ...
10-29-22 03:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Solved time: 1.1429999999999843 s
10-29-22 03:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1439999999999841 ...
10-29-22 03:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Solved time: 1.1439999999999841 s
10-29-22 03:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.144999999999984 ...
10-29-22 03:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Solved time: 1.144999999999984 s
10-29-22 03:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.145999999999984 ...
10-29-22 03:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Solved time: 1.145999999999984 s
10-29-22 03:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1469999999999838 ...
10-29-22 03:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Solved time: 1.1469999999999838 s
10-29-22 03:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1479999999999837 ...
10-29-22 03:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Solved time: 1.1479999999999837 s
10-29-22 03:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1489999999999836 ...
10-29-22 03:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Solved time: 1.1489999999999836 s
10-29-22 03:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1499999999999835 ...
10-29-22 03:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Solved time: 1.1499999999999835 s
10-29-22 03:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1509999999999834 ...
10-29-22 03:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Solved time: 1.1509999999999834 s
10-29-22 03:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1519999999999833 ...
10-29-22 03:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Solved time: 1.1519999999999833 s
10-29-22 03:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1529999999999831 ...
10-29-22 03:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Solved time: 1.1529999999999831 s
10-29-22 03:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.153999999999983 ...
10-29-22 03:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Solved time: 1.153999999999983 s
10-29-22 03:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.154999999999983 ...
10-29-22 03:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Solved time: 1.154999999999983 s
10-29-22 03:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1559999999999828 ...
10-29-22 03:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Solved time: 1.1559999999999828 s
10-29-22 03:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1569999999999827 ...
10-29-22 03:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:45  PyFrac.controller.run                    DEBUG     Solved time: 1.1569999999999827 s
10-29-22 03:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1579999999999826 ...
10-29-22 03:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:45  PyFrac.controller.run                    DEBUG     Solved time: 1.1579999999999826 s
10-29-22 03:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1589999999999825 ...
10-29-22 03:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:45  PyFrac.controller.run                    DEBUG     Solved time: 1.1589999999999825 s
10-29-22 03:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1599999999999824 ...
10-29-22 03:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:46  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:46  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Solved time: 1.1599999999999824 s
10-29-22 03:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:46  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1609999999999823 ...
10-29-22 03:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:46  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:46  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Solved time: 1.1609999999999823 s
10-29-22 03:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:46  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1619999999999822 ...
10-29-22 03:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:46  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:46  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Solved time: 1.1619999999999822 s
10-29-22 03:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:46  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.162999999999982 ...
10-29-22 03:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:46  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:46  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Solved time: 1.162999999999982 s
10-29-22 03:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:46  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.163999999999982 ...
10-29-22 03:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:47  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Solved time: 1.163999999999982 s
10-29-22 03:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1649999999999818 ...
10-29-22 03:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:47  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Solved time: 1.1649999999999818 s
10-29-22 03:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1659999999999817 ...
10-29-22 03:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:47  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Solved time: 1.1659999999999817 s
10-29-22 03:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1669999999999816 ...
10-29-22 03:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:47  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Solved time: 1.1669999999999816 s
10-29-22 03:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1679999999999815 ...
10-29-22 03:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:48  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Solved time: 1.1679999999999815 s
10-29-22 03:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1689999999999814 ...
10-29-22 03:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:48  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Solved time: 1.1689999999999814 s
10-29-22 03:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1699999999999813 ...
10-29-22 03:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:48  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Solved time: 1.1699999999999813 s
10-29-22 03:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1709999999999812 ...
10-29-22 03:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:48  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Solved time: 1.1709999999999812 s
10-29-22 03:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.171999999999981 ...
10-29-22 03:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:49  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Solved time: 1.171999999999981 s
10-29-22 03:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.172999999999981 ...
10-29-22 03:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:49  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Solved time: 1.172999999999981 s
10-29-22 03:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1739999999999808 ...
10-29-22 03:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:49  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Solved time: 1.1739999999999808 s
10-29-22 03:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1749999999999807 ...
10-29-22 03:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:49  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Solved time: 1.1749999999999807 s
10-29-22 03:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1759999999999806 ...
10-29-22 03:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:50  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Solved time: 1.1759999999999806 s
10-29-22 03:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:50  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1769999999999805 ...
10-29-22 03:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:50  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Solved time: 1.1769999999999805 s
10-29-22 03:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:50  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1779999999999804 ...
10-29-22 03:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:50  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Solved time: 1.1779999999999804 s
10-29-22 03:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:50  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1789999999999803 ...
10-29-22 03:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:50  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Solved time: 1.1789999999999803 s
10-29-22 03:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:50  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1799999999999802 ...
10-29-22 03:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:51  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:51  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Solved time: 1.1799999999999802 s
10-29-22 03:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:51  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.18099999999998 ...
10-29-22 03:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:51  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:51  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Solved time: 1.18099999999998 s
10-29-22 03:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:51  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.18199999999998 ...
10-29-22 03:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:51  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:51  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Solved time: 1.18199999999998 s
10-29-22 03:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:51  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1829999999999798 ...
10-29-22 03:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:51  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:51  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Solved time: 1.1829999999999798 s
10-29-22 03:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:51  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1839999999999797 ...
10-29-22 03:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:52  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Solved time: 1.1839999999999797 s
10-29-22 03:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1849999999999796 ...
10-29-22 03:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:52  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Solved time: 1.1849999999999796 s
10-29-22 03:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1859999999999795 ...
10-29-22 03:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:52  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Solved time: 1.1859999999999795 s
10-29-22 03:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1869999999999794 ...
10-29-22 03:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:52  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Solved time: 1.1869999999999794 s
10-29-22 03:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1879999999999793 ...
10-29-22 03:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:53  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Solved time: 1.1879999999999793 s
10-29-22 03:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1889999999999792 ...
10-29-22 03:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:53  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Solved time: 1.1889999999999792 s
10-29-22 03:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.189999999999979 ...
10-29-22 03:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:53  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Solved time: 1.189999999999979 s
10-29-22 03:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.190999999999979 ...
10-29-22 03:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:53  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Solved time: 1.190999999999979 s
10-29-22 03:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1919999999999789 ...
10-29-22 03:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:54  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Solved time: 1.1919999999999789 s
10-29-22 03:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1929999999999787 ...
10-29-22 03:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:54  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Solved time: 1.1929999999999787 s
10-29-22 03:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1939999999999786 ...
10-29-22 03:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:54  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Solved time: 1.1939999999999786 s
10-29-22 03:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1949999999999785 ...
10-29-22 03:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:54  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Solved time: 1.1949999999999785 s
10-29-22 03:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1959999999999784 ...
10-29-22 03:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:55  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Solved time: 1.1959999999999784 s
10-29-22 03:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1969999999999783 ...
10-29-22 03:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:55  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Solved time: 1.1969999999999783 s
10-29-22 03:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1979999999999782 ...
10-29-22 03:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:55  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Solved time: 1.1979999999999782 s
10-29-22 03:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.198999999999978 ...
10-29-22 03:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:55  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Solved time: 1.198999999999978 s
10-29-22 03:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.199999999999978 ...
10-29-22 03:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:56  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Solved time: 1.199999999999978 s
10-29-22 03:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2009999999999779 ...
10-29-22 03:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:56  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Solved time: 1.2009999999999779 s
10-29-22 03:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2019999999999778 ...
10-29-22 03:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:56  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Solved time: 1.2019999999999778 s
10-29-22 03:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2029999999999776 ...
10-29-22 03:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:56  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Solved time: 1.2029999999999776 s
10-29-22 03:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2039999999999775 ...
10-29-22 03:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Solved time: 1.2039999999999775 s
10-29-22 03:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2049999999999774 ...
10-29-22 03:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Solved time: 1.2049999999999774 s
10-29-22 03:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2059999999999773 ...
10-29-22 03:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Solved time: 1.2059999999999773 s
10-29-22 03:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2069999999999772 ...
10-29-22 03:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Solved time: 1.2069999999999772 s
10-29-22 03:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.207999999999977 ...
10-29-22 03:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Solved time: 1.207999999999977 s
10-29-22 03:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.208999999999977 ...
10-29-22 03:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Solved time: 1.208999999999977 s
10-29-22 03:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2099999999999769 ...
10-29-22 03:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Solved time: 1.2099999999999769 s
10-29-22 03:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2109999999999768 ...
10-29-22 03:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 03:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Solved time: 1.2109999999999768 s
10-29-22 03:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2119999999999767 ...
10-29-22 03:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:59  PyFrac.controller.run                    DEBUG     Solved time: 1.2119999999999767 s
10-29-22 03:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:59  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2129999999999765 ...
10-29-22 03:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:59  PyFrac.controller.run                    DEBUG     Solved time: 1.2129999999999765 s
10-29-22 03:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:59  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2139999999999764 ...
10-29-22 03:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 03:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 03:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 03:59  PyFrac.controller.run                    DEBUG     Solved time: 1.2139999999999764 s
10-29-22 03:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 03:59  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 03:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 03:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 03:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 03:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 03:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 03:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 03:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2149999999999763 ...
10-29-22 03:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 03:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:00  PyFrac.controller.run                    DEBUG     Solved time: 1.2149999999999763 s
10-29-22 04:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:00  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2159999999999762 ...
10-29-22 04:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:00  PyFrac.controller.run                    DEBUG     Solved time: 1.2159999999999762 s
10-29-22 04:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:00  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.216999999999976 ...
10-29-22 04:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:00  PyFrac.controller.run                    DEBUG     Solved time: 1.216999999999976 s
10-29-22 04:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:00  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.217999999999976 ...
10-29-22 04:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:01  PyFrac.controller.run                    DEBUG     Solved time: 1.217999999999976 s
10-29-22 04:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2189999999999759 ...
10-29-22 04:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:01  PyFrac.controller.run                    DEBUG     Solved time: 1.2189999999999759 s
10-29-22 04:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2199999999999758 ...
10-29-22 04:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:01  PyFrac.controller.run                    DEBUG     Solved time: 1.2199999999999758 s
10-29-22 04:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2209999999999757 ...
10-29-22 04:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:02  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2209999999999757 s
10-29-22 04:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:02  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2219999999999756 ...
10-29-22 04:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:02  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2219999999999756 s
10-29-22 04:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:02  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2229999999999754 ...
10-29-22 04:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:02  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2229999999999754 s
10-29-22 04:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:02  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2239999999999753 ...
10-29-22 04:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2239999999999753 s
10-29-22 04:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2249999999999752 ...
10-29-22 04:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2249999999999752 s
10-29-22 04:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.225999999999975 ...
10-29-22 04:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:03  PyFrac.controller.run                    DEBUG     Solved time: 1.225999999999975 s
10-29-22 04:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.226999999999975 ...
10-29-22 04:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Solved time: 1.226999999999975 s
10-29-22 04:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:04  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.227999999999975 ...
10-29-22 04:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Solved time: 1.227999999999975 s
10-29-22 04:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:04  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2289999999999748 ...
10-29-22 04:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2289999999999748 s
10-29-22 04:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:04  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2299999999999747 ...
10-29-22 04:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2299999999999747 s
10-29-22 04:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:04  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2309999999999746 ...
10-29-22 04:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:05  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2309999999999746 s
10-29-22 04:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:05  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2319999999999744 ...
10-29-22 04:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:05  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2319999999999744 s
10-29-22 04:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:05  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2329999999999743 ...
10-29-22 04:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:06  PyFrac.controller.run                    DEBUG     Solved time: 1.2329999999999743 s
10-29-22 04:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2339999999999742 ...
10-29-22 04:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:06  PyFrac.controller.run                    DEBUG     Solved time: 1.2339999999999742 s
10-29-22 04:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2349999999999741 ...
10-29-22 04:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:06  PyFrac.controller.run                    DEBUG     Solved time: 1.2349999999999741 s
10-29-22 04:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.235999999999974 ...
10-29-22 04:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:07  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Solved time: 1.235999999999974 s
10-29-22 04:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:07  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.236999999999974 ...
10-29-22 04:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:07  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Solved time: 1.236999999999974 s
10-29-22 04:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:07  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2379999999999738 ...
10-29-22 04:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:07  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Solved time: 1.2379999999999738 s
10-29-22 04:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:07  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2389999999999737 ...
10-29-22 04:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:07  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Solved time: 1.2389999999999737 s
10-29-22 04:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:07  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2399999999999736 ...
10-29-22 04:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:08  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:08  PyFrac.controller.run                    DEBUG     Solved time: 1.2399999999999736 s
10-29-22 04:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:08  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2409999999999735 ...
10-29-22 04:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:08  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:08  PyFrac.controller.run                    DEBUG     Solved time: 1.2409999999999735 s
10-29-22 04:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:08  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2419999999999733 ...
10-29-22 04:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:08  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:08  PyFrac.controller.run                    DEBUG     Solved time: 1.2419999999999733 s
10-29-22 04:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:08  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2429999999999732 ...
10-29-22 04:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:09  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:09  PyFrac.controller.run                    DEBUG     Solved time: 1.2429999999999732 s
10-29-22 04:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:09  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2439999999999731 ...
10-29-22 04:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:09  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:09  PyFrac.controller.run                    DEBUG     Solved time: 1.2439999999999731 s
10-29-22 04:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:09  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.244999999999973 ...
10-29-22 04:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:09  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:09  PyFrac.controller.run                    DEBUG     Solved time: 1.244999999999973 s
10-29-22 04:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:09  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.245999999999973 ...
10-29-22 04:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:10  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:10  PyFrac.controller.run                    DEBUG     Solved time: 1.245999999999973 s
10-29-22 04:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2469999999999728 ...
10-29-22 04:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:10  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:10  PyFrac.controller.run                    DEBUG     Solved time: 1.2469999999999728 s
10-29-22 04:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2479999999999727 ...
10-29-22 04:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:10  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:10  PyFrac.controller.run                    DEBUG     Solved time: 1.2479999999999727 s
10-29-22 04:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2489999999999726 ...
10-29-22 04:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:11  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:11  PyFrac.controller.run                    DEBUG     Solved time: 1.2489999999999726 s
10-29-22 04:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2499999999999725 ...
10-29-22 04:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:11  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:11  PyFrac.controller.run                    DEBUG     Solved time: 1.2499999999999725 s
10-29-22 04:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2509999999999724 ...
10-29-22 04:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:11  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:11  PyFrac.controller.run                    DEBUG     Solved time: 1.2509999999999724 s
10-29-22 04:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2519999999999722 ...
10-29-22 04:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:12  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:12  PyFrac.controller.run                    DEBUG     Solved time: 1.2519999999999722 s
10-29-22 04:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:12  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2529999999999721 ...
10-29-22 04:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:12  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:12  PyFrac.controller.run                    DEBUG     Solved time: 1.2529999999999721 s
10-29-22 04:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:12  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.253999999999972 ...
10-29-22 04:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:12  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:12  PyFrac.controller.run                    DEBUG     Solved time: 1.253999999999972 s
10-29-22 04:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:12  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.254999999999972 ...
10-29-22 04:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:13  PyFrac.controller.run                    DEBUG     Solved time: 1.254999999999972 s
10-29-22 04:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2559999999999718 ...
10-29-22 04:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:13  PyFrac.controller.run                    DEBUG     Solved time: 1.2559999999999718 s
10-29-22 04:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2569999999999717 ...
10-29-22 04:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:13  PyFrac.controller.run                    DEBUG     Solved time: 1.2569999999999717 s
10-29-22 04:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2579999999999716 ...
10-29-22 04:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:14  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:14  PyFrac.controller.run                    DEBUG     Solved time: 1.2579999999999716 s
10-29-22 04:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2589999999999715 ...
10-29-22 04:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:14  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:14  PyFrac.controller.run                    DEBUG     Solved time: 1.2589999999999715 s
10-29-22 04:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2599999999999714 ...
10-29-22 04:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:14  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:14  PyFrac.controller.run                    DEBUG     Solved time: 1.2599999999999714 s
10-29-22 04:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2609999999999713 ...
10-29-22 04:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:15  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:15  PyFrac.controller.run                    DEBUG     Solved time: 1.2609999999999713 s
10-29-22 04:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:15  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2619999999999711 ...
10-29-22 04:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:15  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:15  PyFrac.controller.run                    DEBUG     Solved time: 1.2619999999999711 s
10-29-22 04:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:15  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.262999999999971 ...
10-29-22 04:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:15  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:15  PyFrac.controller.run                    DEBUG     Solved time: 1.262999999999971 s
10-29-22 04:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:15  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.263999999999971 ...
10-29-22 04:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:16  PyFrac.controller.run                    DEBUG     Solved time: 1.263999999999971 s
10-29-22 04:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2649999999999708 ...
10-29-22 04:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:16  PyFrac.controller.run                    DEBUG     Solved time: 1.2649999999999708 s
10-29-22 04:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2659999999999707 ...
10-29-22 04:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:16  PyFrac.controller.run                    DEBUG     Solved time: 1.2659999999999707 s
10-29-22 04:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2669999999999706 ...
10-29-22 04:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:17  PyFrac.controller.run                    DEBUG     Solved time: 1.2669999999999706 s
10-29-22 04:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2679999999999705 ...
10-29-22 04:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:17  PyFrac.controller.run                    DEBUG     Solved time: 1.2679999999999705 s
10-29-22 04:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2689999999999704 ...
10-29-22 04:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:17  PyFrac.controller.run                    DEBUG     Solved time: 1.2689999999999704 s
10-29-22 04:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2699999999999703 ...
10-29-22 04:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:18  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Solved time: 1.2699999999999703 s
10-29-22 04:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:18  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2709999999999702 ...
10-29-22 04:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:18  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Solved time: 1.2709999999999702 s
10-29-22 04:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:18  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.27199999999997 ...
10-29-22 04:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:18  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Solved time: 1.27199999999997 s
10-29-22 04:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:18  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.27299999999997 ...
10-29-22 04:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:18  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Solved time: 1.27299999999997 s
10-29-22 04:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:18  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2739999999999698 ...
10-29-22 04:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:19  PyFrac.controller.run                    DEBUG     Solved time: 1.2739999999999698 s
10-29-22 04:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2749999999999697 ...
10-29-22 04:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:19  PyFrac.controller.run                    DEBUG     Solved time: 1.2749999999999697 s
10-29-22 04:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2759999999999696 ...
10-29-22 04:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:19  PyFrac.controller.run                    DEBUG     Solved time: 1.2759999999999696 s
10-29-22 04:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2769999999999695 ...
10-29-22 04:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:20  PyFrac.controller.run                    DEBUG     Solved time: 1.2769999999999695 s
10-29-22 04:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2779999999999694 ...
10-29-22 04:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:20  PyFrac.controller.run                    DEBUG     Solved time: 1.2779999999999694 s
10-29-22 04:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2789999999999693 ...
10-29-22 04:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:20  PyFrac.controller.run                    DEBUG     Solved time: 1.2789999999999693 s
10-29-22 04:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2799999999999692 ...
10-29-22 04:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:21  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:21  PyFrac.controller.run                    DEBUG     Solved time: 1.2799999999999692 s
10-29-22 04:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:21  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.280999999999969 ...
10-29-22 04:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:21  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:21  PyFrac.controller.run                    DEBUG     Solved time: 1.280999999999969 s
10-29-22 04:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:21  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.281999999999969 ...
10-29-22 04:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:21  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:21  PyFrac.controller.run                    DEBUG     Solved time: 1.281999999999969 s
10-29-22 04:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:21  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2829999999999688 ...
10-29-22 04:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:22  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:22  PyFrac.controller.run                    DEBUG     Solved time: 1.2829999999999688 s
10-29-22 04:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2839999999999687 ...
10-29-22 04:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:22  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:22  PyFrac.controller.run                    DEBUG     Solved time: 1.2839999999999687 s
10-29-22 04:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2849999999999686 ...
10-29-22 04:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:22  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:22  PyFrac.controller.run                    DEBUG     Solved time: 1.2849999999999686 s
10-29-22 04:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2859999999999685 ...
10-29-22 04:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:23  PyFrac.controller.run                    DEBUG     Solved time: 1.2859999999999685 s
10-29-22 04:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2869999999999684 ...
10-29-22 04:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:23  PyFrac.controller.run                    DEBUG     Solved time: 1.2869999999999684 s
10-29-22 04:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2879999999999683 ...
10-29-22 04:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:23  PyFrac.controller.run                    DEBUG     Solved time: 1.2879999999999683 s
10-29-22 04:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2889999999999682 ...
10-29-22 04:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:24  PyFrac.controller.run                    DEBUG     Solved time: 1.2889999999999682 s
10-29-22 04:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.289999999999968 ...
10-29-22 04:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:24  PyFrac.controller.run                    DEBUG     Solved time: 1.289999999999968 s
10-29-22 04:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.290999999999968 ...
10-29-22 04:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:24  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:25  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:25  PyFrac.controller.run                    DEBUG     Solved time: 1.290999999999968 s
10-29-22 04:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2919999999999678 ...
10-29-22 04:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:25  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:25  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:25  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:25  PyFrac.controller.run                    DEBUG     Solved time: 1.2919999999999678 s
10-29-22 04:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2929999999999677 ...
10-29-22 04:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:26  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:26  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:26  PyFrac.controller.run                    DEBUG     Solved time: 1.2929999999999677 s
10-29-22 04:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:26  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2939999999999676 ...
10-29-22 04:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:26  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:26  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:26  PyFrac.controller.run                    DEBUG     Solved time: 1.2939999999999676 s
10-29-22 04:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:26  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2949999999999675 ...
10-29-22 04:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:27  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 04:27  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:27  PyFrac.controller.run                    DEBUG     Solved time: 1.2949999999999675 s
10-29-22 04:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:27  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2959999999999674 ...
10-29-22 04:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:28  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:28  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:28  PyFrac.controller.run                    DEBUG     Solved time: 1.2959999999999674 s
10-29-22 04:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:28  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2969999999999673 ...
10-29-22 04:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:28  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:28  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:28  PyFrac.controller.run                    DEBUG     Solved time: 1.2969999999999673 s
10-29-22 04:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:28  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2979999999999672 ...
10-29-22 04:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:29  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:29  PyFrac.controller.run                    DEBUG     Solved time: 1.2979999999999672 s
10-29-22 04:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:29  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.298999999999967 ...
10-29-22 04:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:29  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:30  PyFrac.controller.run                    DEBUG     Solved time: 1.298999999999967 s
10-29-22 04:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.299999999999967 ...
10-29-22 04:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-29-22 04:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:30  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:30  PyFrac.controller.run                    DEBUG     Solved time: 1.299999999999967 s
10-29-22 04:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-29-22 04:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3 ...
10-29-22 04:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.3084646133829665e-14 sec...
10-29-22 04:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:31  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:31  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:31  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:31  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:31  PyFrac.controller.run                    DEBUG     Solved time: 1.3 s
10-29-22 04:31  PyFrac.controller.run                    DEBUG     for a time step of: 3.3084646133829665e-14 s
10-29-22 04:31  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000000662 ...
10-29-22 04:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.616929226765933e-14 sec...
10-29-22 04:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:31  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:31  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:31  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:31  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:31  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000000662 s
10-29-22 04:31  PyFrac.controller.run                    DEBUG     for a time step of: 6.616929226765933e-14 s
10-29-22 04:31  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000001986 ...
10-29-22 04:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.3233858453531866e-13 sec...
10-29-22 04:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:31  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:31  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:32  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:32  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000001986 s
10-29-22 04:32  PyFrac.controller.run                    DEBUG     for a time step of: 1.3233858453531866e-13 s
10-29-22 04:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000004632 ...
10-29-22 04:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.646771690706373e-13 sec...
10-29-22 04:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:32  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:32  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:32  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:32  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000004632 s
10-29-22 04:32  PyFrac.controller.run                    DEBUG     for a time step of: 2.646771690706373e-13 s
10-29-22 04:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000009926 ...
10-29-22 04:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.293543381412746e-13 sec...
10-29-22 04:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:32  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:32  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:32  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:32  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000009926 s
10-29-22 04:32  PyFrac.controller.run                    DEBUG     for a time step of: 5.293543381412746e-13 s
10-29-22 04:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000020513 ...
10-29-22 04:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.0587086762825493e-12 sec...
10-29-22 04:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:32  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:32  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:33  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:33  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000020513 s
10-29-22 04:33  PyFrac.controller.run                    DEBUG     for a time step of: 1.0587086762825493e-12 s
10-29-22 04:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000041687 ...
10-29-22 04:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.1174173525650986e-12 sec...
10-29-22 04:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:33  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:33  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:33  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:33  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000041687 s
10-29-22 04:33  PyFrac.controller.run                    DEBUG     for a time step of: 2.1174173525650986e-12 s
10-29-22 04:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000084035 ...
10-29-22 04:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.234834705130197e-12 sec...
10-29-22 04:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:33  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:33  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:33  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:33  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000084035 s
10-29-22 04:33  PyFrac.controller.run                    DEBUG     for a time step of: 4.234834705130197e-12 s
10-29-22 04:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000168732 ...
10-29-22 04:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.469669410260394e-12 sec...
10-29-22 04:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:34  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:34  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:34  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:34  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:34  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000168732 s
10-29-22 04:34  PyFrac.controller.run                    DEBUG     for a time step of: 8.469669410260394e-12 s
10-29-22 04:34  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000338126 ...
10-29-22 04:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.693933882052079e-11 sec...
10-29-22 04:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:34  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:34  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:34  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:34  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:34  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000338126 s
10-29-22 04:34  PyFrac.controller.run                    DEBUG     for a time step of: 1.693933882052079e-11 s
10-29-22 04:34  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000676912 ...
10-29-22 04:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.387867764104158e-11 sec...
10-29-22 04:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:34  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:34  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:35  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:35  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000676912 s
10-29-22 04:35  PyFrac.controller.run                    DEBUG     for a time step of: 3.387867764104158e-11 s
10-29-22 04:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000001354486 ...
10-29-22 04:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.775735528208315e-11 sec...
10-29-22 04:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:35  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:35  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:35  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:35  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000001354486 s
10-29-22 04:35  PyFrac.controller.run                    DEBUG     for a time step of: 6.775735528208315e-11 s
10-29-22 04:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000002709633 ...
10-29-22 04:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.355147105641663e-10 sec...
10-29-22 04:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:35  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:35  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:35  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:35  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000002709633 s
10-29-22 04:35  PyFrac.controller.run                    DEBUG     for a time step of: 1.355147105641663e-10 s
10-29-22 04:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000005419927 ...
10-29-22 04:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.710294211283326e-10 sec...
10-29-22 04:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:36  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:36  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000005419927 s
10-29-22 04:36  PyFrac.controller.run                    DEBUG     for a time step of: 2.710294211283326e-10 s
10-29-22 04:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000010840516 ...
10-29-22 04:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.420588422566652e-10 sec...
10-29-22 04:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:36  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:36  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000010840516 s
10-29-22 04:36  PyFrac.controller.run                    DEBUG     for a time step of: 5.420588422566652e-10 s
10-29-22 04:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000021681692 ...
10-29-22 04:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.0841176845133305e-09 sec...
10-29-22 04:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:36  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:37  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000021681692 s
10-29-22 04:37  PyFrac.controller.run                    DEBUG     for a time step of: 1.0841176845133305e-09 s
10-29-22 04:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000043364046 ...
10-29-22 04:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.168235369026661e-09 sec...
10-29-22 04:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:37  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:37  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:37  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000043364046 s
10-29-22 04:37  PyFrac.controller.run                    DEBUG     for a time step of: 2.168235369026661e-09 s
10-29-22 04:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000086728754 ...
10-29-22 04:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.336470738053322e-09 sec...
10-29-22 04:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:37  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:37  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:37  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000086728754 s
10-29-22 04:37  PyFrac.controller.run                    DEBUG     for a time step of: 4.336470738053322e-09 s
10-29-22 04:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000173458168 ...
10-29-22 04:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.672941476106644e-09 sec...
10-29-22 04:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:37  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:37  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:38  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:38  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000173458168 s
10-29-22 04:38  PyFrac.controller.run                    DEBUG     for a time step of: 8.672941476106644e-09 s
10-29-22 04:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000346916998 ...
10-29-22 04:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.7345882952213287e-08 sec...
10-29-22 04:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:38  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:38  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:38  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:38  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000346916998 s
10-29-22 04:38  PyFrac.controller.run                    DEBUG     for a time step of: 1.7345882952213287e-08 s
10-29-22 04:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000693834657 ...
10-29-22 04:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.4691765904426575e-08 sec...
10-29-22 04:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:38  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:38  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:38  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:38  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000693834657 s
10-29-22 04:38  PyFrac.controller.run                    DEBUG     for a time step of: 3.4691765904426575e-08 s
10-29-22 04:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000001387669975 ...
10-29-22 04:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.938353180885315e-08 sec...
10-29-22 04:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:39  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:39  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:39  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:39  PyFrac.controller.run                    DEBUG     Solved time: 1.3000001387669975 s
10-29-22 04:39  PyFrac.controller.run                    DEBUG     for a time step of: 6.938353180885315e-08 s
10-29-22 04:39  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300000277534061 ...
10-29-22 04:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.387670636177063e-07 sec...
10-29-22 04:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:39  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:39  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:39  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:39  PyFrac.controller.run                    DEBUG     Solved time: 1.300000277534061 s
10-29-22 04:39  PyFrac.controller.run                    DEBUG     for a time step of: 1.387670636177063e-07 s
10-29-22 04:39  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000005550681883 ...
10-29-22 04:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.775341272354126e-07 sec...
10-29-22 04:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:39  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:39  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:40  PyFrac.controller.run                    DEBUG     Solved time: 1.3000005550681883 s
10-29-22 04:40  PyFrac.controller.run                    DEBUG     for a time step of: 2.775341272354126e-07 s
10-29-22 04:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000011101364428 ...
10-29-22 04:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.550682544708252e-07 sec...
10-29-22 04:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:40  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:40  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:40  PyFrac.controller.run                    DEBUG     Solved time: 1.3000011101364428 s
10-29-22 04:40  PyFrac.controller.run                    DEBUG     for a time step of: 5.550682544708252e-07 s
10-29-22 04:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000022202729518 ...
10-29-22 04:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.1101365089416504e-06 sec...
10-29-22 04:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:40  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:40  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:40  PyFrac.controller.run                    DEBUG     Solved time: 1.3000022202729518 s
10-29-22 04:40  PyFrac.controller.run                    DEBUG     for a time step of: 1.1101365089416504e-06 s
10-29-22 04:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000044405459696 ...
10-29-22 04:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.2202730178833008e-06 sec...
10-29-22 04:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:41  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:41  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:41  PyFrac.controller.run                    DEBUG     Solved time: 1.3000044405459696 s
10-29-22 04:41  PyFrac.controller.run                    DEBUG     for a time step of: 2.2202730178833008e-06 s
10-29-22 04:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000088810920054 ...
10-29-22 04:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.4405460357666016e-06 sec...
10-29-22 04:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:41  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:41  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:41  PyFrac.controller.run                    DEBUG     Solved time: 1.3000088810920054 s
10-29-22 04:41  PyFrac.controller.run                    DEBUG     for a time step of: 4.4405460357666016e-06 s
10-29-22 04:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300017762184077 ...
10-29-22 04:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.881092071533203e-06 sec...
10-29-22 04:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:41  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 04:41  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:42  PyFrac.controller.run                    DEBUG     Solved time: 1.300017762184077 s
10-29-22 04:42  PyFrac.controller.run                    DEBUG     for a time step of: 8.881092071533203e-06 s
10-29-22 04:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.30003552436822 ...
10-29-22 04:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.7762184143066406e-05 sec...
10-29-22 04:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:42  PyFrac.controller.run                    DEBUG     Solved time: 1.30003552436822 s
10-29-22 04:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.7762184143066406e-05 s
10-29-22 04:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000710487365061 ...
10-29-22 04:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.552436828613281e-05 sec...
10-29-22 04:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:43  PyFrac.controller.run                    DEBUG     Solved time: 1.3000710487365061 s
10-29-22 04:43  PyFrac.controller.run                    DEBUG     for a time step of: 3.552436828613281e-05 s
10-29-22 04:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3001420974730784 ...
10-29-22 04:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 7.104873657226562e-05 sec...
10-29-22 04:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:43  PyFrac.controller.run                    DEBUG     Solved time: 1.3001420974730784 s
10-29-22 04:43  PyFrac.controller.run                    DEBUG     for a time step of: 7.104873657226562e-05 s
10-29-22 04:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300284194946223 ...
10-29-22 04:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00014209747314453125 sec...
10-29-22 04:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:44  PyFrac.controller.run                    DEBUG     Solved time: 1.300284194946223 s
10-29-22 04:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00014209747314453125 s
10-29-22 04:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300568389892512 ...
10-29-22 04:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002841949462890625 sec...
10-29-22 04:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:44  PyFrac.controller.run                    DEBUG     Solved time: 1.300568389892512 s
10-29-22 04:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002841949462890625 s
10-29-22 04:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3011367797850901 ...
10-29-22 04:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000568389892578125 sec...
10-29-22 04:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:45  PyFrac.controller.run                    DEBUG     Solved time: 1.3011367797850901 s
10-29-22 04:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.000568389892578125 s
10-29-22 04:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3022735595702464 ...
10-29-22 04:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00113677978515625 sec...
10-29-22 04:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:45  PyFrac.controller.run                    DEBUG     Solved time: 1.3022735595702464 s
10-29-22 04:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.00113677978515625 s
10-29-22 04:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3045471191405589 ...
10-29-22 04:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022735595703125 sec...
10-29-22 04:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:46  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:46  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 04:46  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:46  PyFrac.controller.run                    DEBUG     Solved time: 1.3045471191405589 s
10-29-22 04:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022735595703125 s
10-29-22 04:46  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.305 ...
10-29-22 04:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004528808594410627 sec...
10-29-22 04:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:46  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:46  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:46  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:46  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:46  PyFrac.controller.run                    DEBUG     Solved time: 1.305 s
10-29-22 04:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004528808594410627 s
10-29-22 04:46  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.305905761718882 ...
10-29-22 04:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009057617188821254 sec...
10-29-22 04:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:47  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:47  PyFrac.controller.run                    DEBUG     Solved time: 1.305905761718882 s
10-29-22 04:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009057617188821254 s
10-29-22 04:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3077172851566463 ...
10-29-22 04:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018115234377642508 sec...
10-29-22 04:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:47  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 04:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:48  PyFrac.controller.run                    DEBUG     Solved time: 1.3077172851566463 s
10-29-22 04:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018115234377642508 s
10-29-22 04:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3099999999999998 ...
10-29-22 04:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002282714843353517 sec...
10-29-22 04:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:48  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:48  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:48  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:48  PyFrac.controller.run                    DEBUG     Solved time: 1.3099999999999998 s
10-29-22 04:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.002282714843353517 s
10-29-22 04:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3145654296867069 ...
10-29-22 04:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004565429686707034 sec...
10-29-22 04:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:49  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:49  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 04:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:49  PyFrac.controller.run                    DEBUG     Solved time: 1.3145654296867069 s
10-29-22 04:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.004565429686707034 s
10-29-22 04:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3149999999999997 ...
10-29-22 04:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004345703132928591 sec...
10-29-22 04:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:49  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:49  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:49  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:49  PyFrac.controller.run                    DEBUG     Solved time: 1.3149999999999997 s
10-29-22 04:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004345703132928591 s
10-29-22 04:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3158691406265854 ...
10-29-22 04:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008691406265857182 sec...
10-29-22 04:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:50  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 04:50  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:50  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:50  PyFrac.controller.run                    DEBUG     Solved time: 1.3158691406265854 s
10-29-22 04:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008691406265857182 s
10-29-22 04:50  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3176074218797569 ...
10-29-22 04:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017382812531714364 sec...
10-29-22 04:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:50  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:50  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:51  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:51  PyFrac.controller.run                    DEBUG     Solved time: 1.3176074218797569 s
10-29-22 04:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017382812531714364 s
10-29-22 04:51  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3199999999999996 ...
10-29-22 04:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023925781202427387 sec...
10-29-22 04:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:51  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:51  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:51  PyFrac.controller.run                    DEBUG     Solved time: 1.3199999999999996 s
10-29-22 04:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023925781202427387 s
10-29-22 04:51  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3249999999999995 ...
10-29-22 04:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:52  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:52  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 04:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:52  PyFrac.controller.run                    DEBUG     Solved time: 1.3249999999999995 s
10-29-22 04:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 04:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3299999999999994 ...
10-29-22 04:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 04:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:53  PyFrac.controller.run                    DEBUG     Solved time: 1.3299999999999994 s
10-29-22 04:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 04:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3349999999999993 ...
10-29-22 04:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 04:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:54  PyFrac.controller.run                    DEBUG     Solved time: 1.3349999999999993 s
10-29-22 04:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 04:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3399999999999992 ...
10-29-22 04:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:54  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:54  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 04:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:54  PyFrac.controller.run                    DEBUG     Solved time: 1.3399999999999992 s
10-29-22 04:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 04:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.344999999999999 ...
10-29-22 04:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:55  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:55  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 04:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:55  PyFrac.controller.run                    DEBUG     Solved time: 1.344999999999999 s
10-29-22 04:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 04:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.349999999999999 ...
10-29-22 04:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:56  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:56  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 04:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:56  PyFrac.controller.run                    DEBUG     Solved time: 1.349999999999999 s
10-29-22 04:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 04:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3549999999999989 ...
10-29-22 04:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:56  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:57  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 04:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:57  PyFrac.controller.run                    DEBUG     Solved time: 1.3549999999999989 s
10-29-22 04:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 04:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3599999999999988 ...
10-29-22 04:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:57  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 04:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:58  PyFrac.controller.run                    DEBUG     Solved time: 1.3599999999999988 s
10-29-22 04:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 04:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3649999999999987 ...
10-29-22 04:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:58  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 04:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 04:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 04:59  PyFrac.controller.run                    DEBUG     Solved time: 1.3649999999999987 s
10-29-22 04:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 04:59  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 04:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 04:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 04:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 04:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 04:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 04:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 04:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3699999999999986 ...
10-29-22 04:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 04:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 04:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 04:59  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:00  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:00  PyFrac.controller.run                    DEBUG     Solved time: 1.3699999999999986 s
10-29-22 05:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:00  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3749999999999984 ...
10-29-22 05:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:00  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:01  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 05:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:01  PyFrac.controller.run                    DEBUG     Solved time: 1.3749999999999984 s
10-29-22 05:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3799999999999983 ...
10-29-22 05:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:01  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 05:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:02  PyFrac.controller.run                    DEBUG     Solved time: 1.3799999999999983 s
10-29-22 05:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:02  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3849999999999982 ...
10-29-22 05:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:02  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:02  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:03  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:03  PyFrac.controller.run                    DEBUG     Solved time: 1.3849999999999982 s
10-29-22 05:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3899999999999981 ...
10-29-22 05:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:03  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:04  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3899999999999981 s
10-29-22 05:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:04  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.394999999999998 ...
10-29-22 05:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:05  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:05  PyFrac.controller.run                    DEBUG     Solved time: 1.394999999999998 s
10-29-22 05:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:05  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.399999999999998 ...
10-29-22 05:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:06  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:06  PyFrac.controller.run                    DEBUG     Solved time: 1.399999999999998 s
10-29-22 05:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4049999999999978 ...
10-29-22 05:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:07  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 05:07  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:07  PyFrac.controller.run                    DEBUG     Solved time: 1.4049999999999978 s
10-29-22 05:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:07  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4099999999999977 ...
10-29-22 05:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:08  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:08  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:08  PyFrac.controller.run                    DEBUG     Solved time: 1.4099999999999977 s
10-29-22 05:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:08  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4149999999999976 ...
10-29-22 05:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:09  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:09  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4149999999999976 s
10-29-22 05:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:09  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4199999999999975 ...
10-29-22 05:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:10  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:10  PyFrac.controller.run                    DEBUG     Solved time: 1.4199999999999975 s
10-29-22 05:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4249999999999974 ...
10-29-22 05:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:10  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 05:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:10  PyFrac.controller.run                    DEBUG     Solved time: 1.4249999999999974 s
10-29-22 05:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4299999999999973 ...
10-29-22 05:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:11  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:11  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 05:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:11  PyFrac.controller.run                    DEBUG     Solved time: 1.4299999999999973 s
10-29-22 05:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4349999999999972 ...
10-29-22 05:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:12  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:12  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:12  PyFrac.controller.run                    DEBUG     Solved time: 1.4349999999999972 s
10-29-22 05:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:12  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.439999999999997 ...
10-29-22 05:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:13  PyFrac.controller.run                    DEBUG     Solved time: 1.439999999999997 s
10-29-22 05:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.444999999999997 ...
10-29-22 05:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:14  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:14  PyFrac.controller.run                    DEBUG     Solved time: 1.444999999999997 s
10-29-22 05:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4499999999999968 ...
10-29-22 05:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:16  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-29-22 05:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:16  PyFrac.controller.run                    DEBUG     Solved time: 1.4499999999999968 s
10-29-22 05:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4549999999999967 ...
10-29-22 05:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:17  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:17  PyFrac.controller.run                    DEBUG     Solved time: 1.4549999999999967 s
10-29-22 05:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4599999999999966 ...
10-29-22 05:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:19  PyFrac.Anderson                          DEBUG     Converged after 25 iterations
10-29-22 05:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:19  PyFrac.controller.run                    DEBUG     Solved time: 1.4599999999999966 s
10-29-22 05:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4649999999999965 ...
10-29-22 05:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:20  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-29-22 05:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:20  PyFrac.controller.run                    DEBUG     Solved time: 1.4649999999999965 s
10-29-22 05:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4699999999999964 ...
10-29-22 05:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:22  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 05:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:22  PyFrac.controller.run                    DEBUG     Solved time: 1.4699999999999964 s
10-29-22 05:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4749999999999963 ...
10-29-22 05:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:22  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:23  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:23  PyFrac.controller.run                    DEBUG     Solved time: 1.4749999999999963 s
10-29-22 05:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4799999999999962 ...
10-29-22 05:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:23  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:23  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:24  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:24  PyFrac.controller.run                    DEBUG     Solved time: 1.4799999999999962 s
10-29-22 05:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.484999999999996 ...
10-29-22 05:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:24  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:24  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:24  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:24  PyFrac.controller.run                    DEBUG     Solved time: 1.484999999999996 s
10-29-22 05:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.489999999999996 ...
10-29-22 05:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:25  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:25  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:25  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:25  PyFrac.controller.run                    DEBUG     Solved time: 1.489999999999996 s
10-29-22 05:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4949999999999959 ...
10-29-22 05:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:25  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:25  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:27  PyFrac.Anderson                          DEBUG     Converged after 16 iterations
10-29-22 05:27  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:27  PyFrac.controller.run                    DEBUG     Solved time: 1.4949999999999959 s
10-29-22 05:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:27  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4999999999999958 ...
10-29-22 05:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:27  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:27  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 05:27  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:27  PyFrac.controller.run                    DEBUG     Solved time: 1.4999999999999958 s
10-29-22 05:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:27  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5049999999999957 ...
10-29-22 05:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:28  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:28  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:29  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-29-22 05:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:29  PyFrac.controller.run                    DEBUG     Solved time: 1.5049999999999957 s
10-29-22 05:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:29  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5099999999999956 ...
10-29-22 05:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:29  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:29  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:31  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 05:31  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:31  PyFrac.controller.run                    DEBUG     Solved time: 1.5099999999999956 s
10-29-22 05:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:31  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5149999999999955 ...
10-29-22 05:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:31  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:31  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:32  PyFrac.controller.run                    DEBUG     Solved time: 1.5149999999999955 s
10-29-22 05:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5199999999999954 ...
10-29-22 05:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:32  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:32  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:33  PyFrac.controller.run                    DEBUG     Solved time: 1.5199999999999954 s
10-29-22 05:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5249999999999952 ...
10-29-22 05:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:33  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:33  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:34  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 05:34  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:34  PyFrac.controller.run                    DEBUG     Solved time: 1.5249999999999952 s
10-29-22 05:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:34  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5299999999999951 ...
10-29-22 05:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:34  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:34  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:36  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-29-22 05:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:36  PyFrac.controller.run                    DEBUG     Solved time: 1.5299999999999951 s
10-29-22 05:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.534999999999995 ...
10-29-22 05:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:36  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:37  PyFrac.Anderson                          DEBUG     Converged after 16 iterations
10-29-22 05:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:37  PyFrac.controller.run                    DEBUG     Solved time: 1.534999999999995 s
10-29-22 05:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.539999999999995 ...
10-29-22 05:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:37  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:38  PyFrac.controller.run                    DEBUG     Solved time: 1.539999999999995 s
10-29-22 05:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5449999999999948 ...
10-29-22 05:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:39  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:39  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:39  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:39  PyFrac.controller.run                    DEBUG     Solved time: 1.5449999999999948 s
10-29-22 05:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:39  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5499999999999947 ...
10-29-22 05:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:40  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:41  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-29-22 05:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:41  PyFrac.controller.run                    DEBUG     Solved time: 1.5499999999999947 s
10-29-22 05:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5549999999999946 ...
10-29-22 05:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:41  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:41  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:41  PyFrac.controller.run                    DEBUG     Solved time: 1.5549999999999946 s
10-29-22 05:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5599999999999945 ...
10-29-22 05:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:43  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5599999999999945 s
10-29-22 05:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5649999999999944 ...
10-29-22 05:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:44  PyFrac.Anderson                          DEBUG     Converged after 20 iterations
10-29-22 05:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:44  PyFrac.controller.run                    DEBUG     Solved time: 1.5649999999999944 s
10-29-22 05:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5699999999999943 ...
10-29-22 05:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:45  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 05:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:45  PyFrac.controller.run                    DEBUG     Solved time: 1.5699999999999943 s
10-29-22 05:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5749999999999942 ...
10-29-22 05:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:46  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:46  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:47  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-29-22 05:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:47  PyFrac.controller.run                    DEBUG     Solved time: 1.5749999999999942 s
10-29-22 05:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.579999999999994 ...
10-29-22 05:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:47  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:47  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 05:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:48  PyFrac.controller.run                    DEBUG     Solved time: 1.579999999999994 s
10-29-22 05:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.584999999999994 ...
10-29-22 05:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:48  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:48  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:52  PyFrac.Anderson                          DEBUG     Converged after 57 iterations
10-29-22 05:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:52  PyFrac.controller.run                    DEBUG     Solved time: 1.584999999999994 s
10-29-22 05:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5899999999999939 ...
10-29-22 05:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:53  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:54  PyFrac.Anderson                          DEBUG     Converged after 22 iterations
10-29-22 05:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:54  PyFrac.controller.run                    DEBUG     Solved time: 1.5899999999999939 s
10-29-22 05:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5949999999999938 ...
10-29-22 05:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 05:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:55  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:55  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:57  PyFrac.Anderson                          DEBUG     Converged after 29 iterations
10-29-22 05:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:57  PyFrac.controller.run                    DEBUG     Solved time: 1.5949999999999938 s
10-29-22 05:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 05:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5997327191080375 ...
10-29-22 05:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004732719108043765 sec...
10-29-22 05:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:57  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:58  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-29-22 05:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:58  PyFrac.controller.run                    DEBUG     Solved time: 1.5997327191080375 s
10-29-22 05:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.004732719108043737 s
10-29-22 05:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5999999999999936 ...
10-29-22 05:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00026728089195615645 sec...
10-29-22 05:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:58  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:59  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:59  PyFrac.controller.run                    DEBUG     Solved time: 1.5999999999999936 s
10-29-22 05:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.00026728089195615645 s
10-29-22 05:59  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.600534561783906 ...
10-29-22 05:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005345617839123129 sec...
10-29-22 05:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:59  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:59  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 05:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 05:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 05:59  PyFrac.controller.run                    DEBUG     Solved time: 1.600534561783906 s
10-29-22 05:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005345617839123129 s
10-29-22 05:59  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 05:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 05:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 05:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 05:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 05:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 05:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 05:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6016036853517306 ...
10-29-22 05:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010691235678246258 sec...
10-29-22 05:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 05:59  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 05:59  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:00  PyFrac.controller.run                    DEBUG     Solved time: 1.6016036853517306 s
10-29-22 06:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010691235678246258 s
10-29-22 06:00  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6037419324873798 ...
10-29-22 06:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021382471356492516 sec...
10-29-22 06:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:00  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:01  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:01  PyFrac.controller.run                    DEBUG     Solved time: 1.6037419324873798 s
10-29-22 06:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021382471356492516 s
10-29-22 06:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6049999999999935 ...
10-29-22 06:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001258067512613703 sec...
10-29-22 06:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:01  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:02  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:02  PyFrac.controller.run                    DEBUG     Solved time: 1.6049999999999935 s
10-29-22 06:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.001258067512613703 s
10-29-22 06:02  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.607516135025221 ...
10-29-22 06:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002516135025227406 sec...
10-29-22 06:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:02  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:03  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-29-22 06:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:03  PyFrac.controller.run                    DEBUG     Solved time: 1.607516135025221 s
10-29-22 06:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.002516135025227406 s
10-29-22 06:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6099999999999934 ...
10-29-22 06:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024838649747724872 sec...
10-29-22 06:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:03  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:04  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-29-22 06:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:04  PyFrac.controller.run                    DEBUG     Solved time: 1.6099999999999934 s
10-29-22 06:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024838649747724872 s
10-29-22 06:04  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.614405662935806 ...
10-29-22 06:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004405662935812543 sec...
10-29-22 06:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:06  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-29-22 06:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:06  PyFrac.controller.run                    DEBUG     Solved time: 1.614405662935806 s
10-29-22 06:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.00440566293581246 s
10-29-22 06:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6149999999999933 ...
10-29-22 06:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005943370641874335 sec...
10-29-22 06:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6149999999999933 s
10-29-22 06:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005943370641874335 s
10-29-22 06:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6161886741283682 ...
10-29-22 06:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001188674128374867 sec...
10-29-22 06:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 06:07  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:07  PyFrac.controller.run                    DEBUG     Solved time: 1.6161886741283682 s
10-29-22 06:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.001188674128374867 s
10-29-22 06:07  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.618566022385118 ...
10-29-22 06:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002377348256749734 sec...
10-29-22 06:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:07  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:07  PyFrac.controller.run                    DEBUG     Solved time: 1.618566022385118 s
10-29-22 06:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.002377348256749734 s
10-29-22 06:07  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6199999999999932 ...
10-29-22 06:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014339776148752925 sec...
10-29-22 06:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:08  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 06:08  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:08  PyFrac.controller.run                    DEBUG     Solved time: 1.6199999999999932 s
10-29-22 06:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014339776148752925 s
10-29-22 06:08  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6228679552297438 ...
10-29-22 06:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002867955229750585 sec...
10-29-22 06:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:10  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-29-22 06:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:10  PyFrac.controller.run                    DEBUG     Solved time: 1.6228679552297438 s
10-29-22 06:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.002867955229750585 s
10-29-22 06:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6249999999999931 ...
10-29-22 06:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021320447702493084 sec...
10-29-22 06:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:11  PyFrac.controller.run                    DEBUG     Solved time: 1.6249999999999931 s
10-29-22 06:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021320447702493084 s
10-29-22 06:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6291157229119095 ...
10-29-22 06:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004115722911916478 sec...
10-29-22 06:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:12  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-29-22 06:12  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6291157229119095 s
10-29-22 06:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.00411572291191642 s
10-29-22 06:12  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.629999999999993 ...
10-29-22 06:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008842770880834738 sec...
10-29-22 06:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:13  PyFrac.controller.run                    DEBUG     Solved time: 1.629999999999993 s
10-29-22 06:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008842770880834738 s
10-29-22 06:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.63176855417616 ...
10-29-22 06:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017685541761669477 sec...
10-29-22 06:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:14  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 06:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:14  PyFrac.controller.run                    DEBUG     Solved time: 1.63176855417616 s
10-29-22 06:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017685541761669477 s
10-29-22 06:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.634999999999993 ...
10-29-22 06:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032314458238329458 sec...
10-29-22 06:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:15  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:15  PyFrac.controller.run                    DEBUG     Solved time: 1.634999999999993 s
10-29-22 06:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032314458238329458 s
10-29-22 06:15  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.638927468800951 ...
10-29-22 06:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003927468800958017 sec...
10-29-22 06:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:15  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:16  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-29-22 06:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:16  PyFrac.controller.run                    DEBUG     Solved time: 1.638927468800951 s
10-29-22 06:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.003927468800958067 s
10-29-22 06:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6399999999999928 ...
10-29-22 06:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010725311990418263 sec...
10-29-22 06:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:17  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:17  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:17  PyFrac.controller.run                    DEBUG     Solved time: 1.6399999999999928 s
10-29-22 06:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010725311990418263 s
10-29-22 06:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6421450623980764 ...
10-29-22 06:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021450623980836525 sec...
10-29-22 06:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:17  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:18  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 06:18  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:18  PyFrac.controller.run                    DEBUG     Solved time: 1.6421450623980764 s
10-29-22 06:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021450623980836525 s
10-29-22 06:18  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6449999999999927 ...
10-29-22 06:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002854937601916241 sec...
10-29-22 06:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:18  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:19  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:19  PyFrac.controller.run                    DEBUG     Solved time: 1.6449999999999927 s
10-29-22 06:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.002854937601916241 s
10-29-22 06:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6487091814433914 ...
10-29-22 06:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0037091814433986587 sec...
10-29-22 06:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:19  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:20  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 06:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:20  PyFrac.controller.run                    DEBUG     Solved time: 1.6487091814433914 s
10-29-22 06:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0037091814433987125 s
10-29-22 06:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6499999999999926 ...
10-29-22 06:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001290818556601181 sec...
10-29-22 06:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:21  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-29-22 06:21  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:21  PyFrac.controller.run                    DEBUG     Solved time: 1.6499999999999926 s
10-29-22 06:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.001290818556601181 s
10-29-22 06:21  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.652581637113195 ...
10-29-22 06:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002581637113202362 sec...
10-29-22 06:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:22  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:22  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 06:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:22  PyFrac.controller.run                    DEBUG     Solved time: 1.652581637113195 s
10-29-22 06:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.002581637113202362 s
10-29-22 06:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6549999999999925 ...
10-29-22 06:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024183628867975315 sec...
10-29-22 06:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:23  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:23  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:23  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 06:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:23  PyFrac.controller.run                    DEBUG     Solved time: 1.6549999999999925 s
10-29-22 06:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024183628867975315 s
10-29-22 06:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6585241348479958 ...
10-29-22 06:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003524134848003207 sec...
10-29-22 06:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:23  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:23  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:24  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:24  PyFrac.controller.run                    DEBUG     Solved time: 1.6585241348479958 s
10-29-22 06:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.003524134848003291 s
10-29-22 06:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6599999999999924 ...
10-29-22 06:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014758651519966026 sec...
10-29-22 06:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:24  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:24  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:25  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 06:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:25  PyFrac.controller.run                    DEBUG     Solved time: 1.6599999999999924 s
10-29-22 06:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014758651519966026 s
10-29-22 06:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6629517303039856 ...
10-29-22 06:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0029517303039932052 sec...
10-29-22 06:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:25  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:25  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:26  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:26  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:26  PyFrac.controller.run                    DEBUG     Solved time: 1.6629517303039856 s
10-29-22 06:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0029517303039932052 s
10-29-22 06:26  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6649999999999923 ...
10-29-22 06:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002048269696006688 sec...
10-29-22 06:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:26  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:26  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:27  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 06:27  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:27  PyFrac.controller.run                    DEBUG     Solved time: 1.6649999999999923 s
10-29-22 06:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.002048269696006688 s
10-29-22 06:27  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6683242310520345 ...
10-29-22 06:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0033242310520422477 sec...
10-29-22 06:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:27  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:27  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:29  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-29-22 06:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:29  PyFrac.controller.run                    DEBUG     Solved time: 1.6683242310520345 s
10-29-22 06:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.00332423105204227 s
10-29-22 06:29  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6699999999999922 ...
10-29-22 06:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016757689479576232 sec...
10-29-22 06:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:29  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:29  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:29  PyFrac.controller.run                    DEBUG     Solved time: 1.6699999999999922 s
10-29-22 06:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016757689479576232 s
10-29-22 06:29  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.673225303113083 ...
10-29-22 06:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032253031130909486 sec...
10-29-22 06:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:30  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:30  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:30  PyFrac.controller.run                    DEBUG     Solved time: 1.673225303113083 s
10-29-22 06:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032253031130908827 s
10-29-22 06:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.674999999999992 ...
10-29-22 06:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017746968869090107 sec...
10-29-22 06:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:31  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:31  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:31  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:31  PyFrac.controller.run                    DEBUG     Solved time: 1.674999999999992 s
10-29-22 06:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017746968869090107 s
10-29-22 06:31  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6781075039135391 ...
10-29-22 06:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003107503913547151 sec...
10-29-22 06:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:31  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:31  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:32  PyFrac.controller.run                    DEBUG     Solved time: 1.6781075039135391 s
10-29-22 06:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0031075039135470828 s
10-29-22 06:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.679999999999992 ...
10-29-22 06:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018924960864528106 sec...
10-29-22 06:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:32  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:32  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:33  PyFrac.controller.run                    DEBUG     Solved time: 1.679999999999992 s
10-29-22 06:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018924960864528106 s
10-29-22 06:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6830099718018132 ...
10-29-22 06:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0030099718018212892 sec...
10-29-22 06:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:34  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:34  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:35  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-29-22 06:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:35  PyFrac.controller.run                    DEBUG     Solved time: 1.6830099718018132 s
10-29-22 06:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.003009971801821276 s
10-29-22 06:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6849999999999918 ...
10-29-22 06:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001990028198178617 sec...
10-29-22 06:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:35  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:35  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:36  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-29-22 06:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:36  PyFrac.controller.run                    DEBUG     Solved time: 1.6849999999999918 s
10-29-22 06:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.001990028198178617 s
10-29-22 06:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.687940157092864 ...
10-29-22 06:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0029401570928722577 sec...
10-29-22 06:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:37  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:37  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:37  PyFrac.controller.run                    DEBUG     Solved time: 1.687940157092864 s
10-29-22 06:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0029401570928722087 s
10-29-22 06:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6899999999999917 ...
10-29-22 06:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020598429071276847 sec...
10-29-22 06:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:38  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:38  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:38  PyFrac.controller.run                    DEBUG     Solved time: 1.6899999999999917 s
10-29-22 06:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020598429071276847 s
10-29-22 06:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6928068860757135 ...
10-29-22 06:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0028068860757217715 sec...
10-29-22 06:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:38  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:38  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:40  PyFrac.Anderson                          DEBUG     Converged after 23 iterations
10-29-22 06:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:40  PyFrac.controller.run                    DEBUG     Solved time: 1.6928068860757135 s
10-29-22 06:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0028068860757217706 s
10-29-22 06:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6949999999999916 ...
10-29-22 06:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002193113924278123 sec...
10-29-22 06:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:40  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:41  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 06:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:41  PyFrac.controller.run                    DEBUG     Solved time: 1.6949999999999916 s
10-29-22 06:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.002193113924278123 s
10-29-22 06:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6977123936062006 ...
10-29-22 06:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0027123936062090244 sec...
10-29-22 06:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:41  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:43  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-29-22 06:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6977123936062006 s
10-29-22 06:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.002712393606209007 s
10-29-22 06:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6999999999999915 ...
10-29-22 06:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022876063937908864 sec...
10-29-22 06:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:44  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 06:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6999999999999915 s
10-29-22 06:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022876063937908864 s
10-29-22 06:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7026123803132263 ...
10-29-22 06:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0026123803132346857 sec...
10-29-22 06:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:45  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-29-22 06:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7026123803132263 s
10-29-22 06:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.002612380313234741 s
10-29-22 06:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7049999999999914 ...
10-29-22 06:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023876196867651522 sec...
10-29-22 06:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:45  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 06:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7049999999999914 s
10-29-22 06:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023876196867651522 s
10-29-22 06:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7075215795328391 ...
10-29-22 06:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0025215795328476635 sec...
10-29-22 06:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:46  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:46  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:48  PyFrac.Anderson                          DEBUG     Converged after 29 iterations
10-29-22 06:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:48  PyFrac.controller.run                    DEBUG     Solved time: 1.7075215795328391 s
10-29-22 06:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0025215795328477064 s
10-29-22 06:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7099999999999913 ...
10-29-22 06:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002478420467152187 sec...
10-29-22 06:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:48  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:48  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:49  PyFrac.controller.run                    DEBUG     Solved time: 1.7099999999999913 s
10-29-22 06:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.002478420467152187 s
10-29-22 06:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.712412310350774 ...
10-29-22 06:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002412310350782668 sec...
10-29-22 06:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:49  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:49  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:51  PyFrac.Anderson                          DEBUG     Converged after 22 iterations
10-29-22 06:51  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:51  PyFrac.controller.run                    DEBUG     Solved time: 1.712412310350774 s
10-29-22 06:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024123103507827093 s
10-29-22 06:51  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7147817999775126 ...
10-29-22 06:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023694896267385914 sec...
10-29-22 06:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:52  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:52  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 06:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:52  PyFrac.controller.run                    DEBUG     Solved time: 1.7147817999775126 s
10-29-22 06:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023694896267385523 s
10-29-22 06:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7149999999999912 ...
10-29-22 06:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002182000224786318 sec...
10-29-22 06:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 06:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 06:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:53  PyFrac.controller.run                    DEBUG     Solved time: 1.7149999999999912 s
10-29-22 06:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002182000224786318 s
10-29-22 06:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7154364000449485 ...
10-29-22 06:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004364000449572636 sec...
10-29-22 06:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 06:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 06:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:53  PyFrac.controller.run                    DEBUG     Solved time: 1.7154364000449485 s
10-29-22 06:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004364000449572636 s
10-29-22 06:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.716309200134863 ...
10-29-22 06:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008728000899145272 sec...
10-29-22 06:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:54  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 06:54  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 06:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:54  PyFrac.controller.run                    DEBUG     Solved time: 1.716309200134863 s
10-29-22 06:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008728000899145272 s
10-29-22 06:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.718054800314692 ...
10-29-22 06:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017456001798290544 sec...
10-29-22 06:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:54  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:54  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:55  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 06:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:55  PyFrac.controller.run                    DEBUG     Solved time: 1.718054800314692 s
10-29-22 06:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017456001798290544 s
10-29-22 06:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.719999999999991 ...
10-29-22 06:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019451996852990483 sec...
10-29-22 06:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:55  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:55  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:56  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 06:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:56  PyFrac.controller.run                    DEBUG     Solved time: 1.719999999999991 s
10-29-22 06:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019451996852990483 s
10-29-22 06:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7222080669500441 ...
10-29-22 06:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022080669500530244 sec...
10-29-22 06:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:56  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:56  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:57  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 06:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:57  PyFrac.controller.run                    DEBUG     Solved time: 1.7222080669500441 s
10-29-22 06:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022080669500530448 s
10-29-22 06:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.724402490610322 ...
10-29-22 06:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021944236602777613 sec...
10-29-22 06:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:57  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:58  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 06:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:58  PyFrac.controller.run                    DEBUG     Solved time: 1.724402490610322 s
10-29-22 06:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.002194423660277778 s
10-29-22 06:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.724999999999991 ...
10-29-22 06:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005975093896690709 sec...
10-29-22 06:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:58  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 06:58  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:58  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 06:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:58  PyFrac.controller.run                    DEBUG     Solved time: 1.724999999999991 s
10-29-22 06:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005975093896690709 s
10-29-22 06:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 06:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 06:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7261950187793291 ...
10-29-22 06:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011950187793381417 sec...
10-29-22 06:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:58  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 06:58  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 06:59  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 06:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 06:59  PyFrac.controller.run                    DEBUG     Solved time: 1.7261950187793291 s
10-29-22 06:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011950187793381417 s
10-29-22 06:59  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 06:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 06:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 06:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 06:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 06:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7283012944992242 ...
10-29-22 06:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021062757198951143 sec...
10-29-22 06:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 06:59  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 06:59  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:00  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-29-22 07:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:00  PyFrac.controller.run                    DEBUG     Solved time: 1.7283012944992242 s
10-29-22 07:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021062757198950788 s
10-29-22 07:00  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7299999999999909 ...
10-29-22 07:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001698705500766673 sec...
10-29-22 07:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:00  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:00  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:01  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 07:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:01  PyFrac.controller.run                    DEBUG     Solved time: 1.7299999999999909 s
10-29-22 07:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.001698705500766673 s
10-29-22 07:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7319941953104863 ...
10-29-22 07:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001994195310495366 sec...
10-29-22 07:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 07:01  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:02  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-29-22 07:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:02  PyFrac.controller.run                    DEBUG     Solved time: 1.7319941953104863 s
10-29-22 07:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019941953104953836 s
10-29-22 07:02  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7339814457109815 ...
10-29-22 07:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001987250400495286 sec...
10-29-22 07:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 07:02  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:03  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 07:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:03  PyFrac.controller.run                    DEBUG     Solved time: 1.7339814457109815 s
10-29-22 07:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019872504004951885 s
10-29-22 07:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7349999999999908 ...
10-29-22 07:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010185542890093213 sec...
10-29-22 07:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:03  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:03  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:03  PyFrac.controller.run                    DEBUG     Solved time: 1.7349999999999908 s
10-29-22 07:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010185542890093213 s
10-29-22 07:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.736911273335568 ...
10-29-22 07:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019112733355772069 sec...
10-29-22 07:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:03  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:03  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:04  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 07:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:04  PyFrac.controller.run                    DEBUG     Solved time: 1.736911273335568 s
10-29-22 07:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019112733355772793 s
10-29-22 07:04  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7387719634632948 ...
10-29-22 07:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018606901277268145 sec...
10-29-22 07:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 07:05  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:05  PyFrac.controller.run                    DEBUG     Solved time: 1.7387719634632948 s
10-29-22 07:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018606901277267163 s
10-29-22 07:05  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7399999999999907 ...
10-29-22 07:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012280365366958979 sec...
10-29-22 07:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:06  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 07:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:06  PyFrac.controller.run                    DEBUG     Solved time: 1.7399999999999907 s
10-29-22 07:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012280365366958979 s
10-29-22 07:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7418184629722386 ...
10-29-22 07:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018184629722479359 sec...
10-29-22 07:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 07:07  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7418184629722386 s
10-29-22 07:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018184629722479695 s
10-29-22 07:07  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:07  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:07  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:07  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:07  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7436029721312865 ...
10-29-22 07:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017845091590478668 sec...
10-29-22 07:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:09  PyFrac.Anderson                          DEBUG     Converged after 22 iterations
10-29-22 07:09  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:09  PyFrac.controller.run                    DEBUG     Solved time: 1.7436029721312865 s
10-29-22 07:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017845091590478201 s
10-29-22 07:09  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7449999999999906 ...
10-29-22 07:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013970278687041038 sec...
10-29-22 07:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:10  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-29-22 07:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:10  PyFrac.controller.run                    DEBUG     Solved time: 1.7449999999999906 s
10-29-22 07:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013970278687041038 s
10-29-22 07:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7467010066087214 ...
10-29-22 07:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017010066087308703 sec...
10-29-22 07:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:10  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:11  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-29-22 07:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:11  PyFrac.controller.run                    DEBUG     Solved time: 1.7467010066087214 s
10-29-22 07:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017010066087308484 s
10-29-22 07:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7483676190468547 ...
10-29-22 07:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016666124381333467 sec...
10-29-22 07:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:11  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:12  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:12  PyFrac.controller.run                    DEBUG     Solved time: 1.7483676190468547 s
10-29-22 07:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016666124381332637 s
10-29-22 07:12  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7499999999999905 ...
10-29-22 07:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016323809531357814 sec...
10-29-22 07:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:12  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:14  PyFrac.Anderson                          DEBUG     Converged after 22 iterations
10-29-22 07:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:14  PyFrac.controller.run                    DEBUG     Solved time: 1.7499999999999905 s
10-29-22 07:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016323809531357814 s
10-29-22 07:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7516062274904378 ...
10-29-22 07:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016062274904474632 sec...
10-29-22 07:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:14  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:15  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 07:15  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7516062274904378 s
10-29-22 07:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.001606227490447365 s
10-29-22 07:15  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7531777256071632 ...
10-29-22 07:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015714981167253448 sec...
10-29-22 07:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:16  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 07:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7531777256071632 s
10-29-22 07:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015714981167254116 s
10-29-22 07:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7547283021868838 ...
10-29-22 07:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001550576579720628 sec...
10-29-22 07:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7547283021868838 s
10-29-22 07:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.001550576579720575 s
10-29-22 07:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7549999999999903 ...
10-29-22 07:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00027169781310654173 sec...
10-29-22 07:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7549999999999903 s
10-29-22 07:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.00027169781310654173 s
10-29-22 07:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7555433956262034 ...
10-29-22 07:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005433956262130835 sec...
10-29-22 07:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7555433956262034 s
10-29-22 07:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005433956262130835 s
10-29-22 07:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7566301868786296 ...
10-29-22 07:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001086791252426167 sec...
10-29-22 07:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:18  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7566301868786296 s
10-29-22 07:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.001086791252426167 s
10-29-22 07:18  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7581150550448132 ...
10-29-22 07:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014848681661836832 sec...
10-29-22 07:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:18  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 07:18  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7581150550448132 s
10-29-22 07:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014848681661836505 s
10-29-22 07:18  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7595575225359632 ...
10-29-22 07:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001442467491150023 sec...
10-29-22 07:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:20  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-29-22 07:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:20  PyFrac.controller.run                    DEBUG     Solved time: 1.7595575225359632 s
10-29-22 07:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014424674911499569 s
10-29-22 07:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7599999999999902 ...
10-29-22 07:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004424774640270357 sec...
10-29-22 07:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:20  PyFrac.controller.run                    DEBUG     Solved time: 1.7599999999999902 s
10-29-22 07:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004424774640270357 s
10-29-22 07:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7608849549280443 ...
10-29-22 07:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008849549280540714 sec...
10-29-22 07:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:21  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:21  PyFrac.controller.run                    DEBUG     Solved time: 1.7608849549280443 s
10-29-22 07:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008849549280540714 s
10-29-22 07:21  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7622712229890383 ...
10-29-22 07:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013862680609939499 sec...
10-29-22 07:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:22  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 07:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:22  PyFrac.controller.run                    DEBUG     Solved time: 1.7622712229890383 s
10-29-22 07:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.001386268060993956 s
10-29-22 07:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7636434070738842 ...
10-29-22 07:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013721840848459031 sec...
10-29-22 07:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:23  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 07:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:23  PyFrac.controller.run                    DEBUG     Solved time: 1.7636434070738842 s
10-29-22 07:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.001372184084845962 s
10-29-22 07:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7649999999999901 ...
10-29-22 07:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001356592926105904 sec...
10-29-22 07:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:23  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:23  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:23  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:23  PyFrac.controller.run                    DEBUG     Solved time: 1.7649999999999901 s
10-29-22 07:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.001356592926105904 s
10-29-22 07:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.766284646585196 ...
10-29-22 07:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012846465852057749 sec...
10-29-22 07:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:23  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:23  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:24  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 07:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:24  PyFrac.controller.run                    DEBUG     Solved time: 1.766284646585196 s
10-29-22 07:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012846465852058842 s
10-29-22 07:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7675662209829048 ...
10-29-22 07:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001281574397708738 sec...
10-29-22 07:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:24  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:24  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:25  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 07:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:25  PyFrac.controller.run                    DEBUG     Solved time: 1.7675662209829048 s
10-29-22 07:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012815743977088179 s
10-29-22 07:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7688295892087478 ...
10-29-22 07:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012633682258428747 sec...
10-29-22 07:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:25  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:25  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:25  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 07:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:25  PyFrac.controller.run                    DEBUG     Solved time: 1.7688295892087478 s
10-29-22 07:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012633682258429424 s
10-29-22 07:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.76999999999999 ...
10-29-22 07:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001170410791242249 sec...
10-29-22 07:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:26  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:26  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:27  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-29-22 07:27  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:27  PyFrac.controller.run                    DEBUG     Solved time: 1.76999999999999 s
10-29-22 07:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.001170410791242249 s
10-29-22 07:27  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7712241954266443 ...
10-29-22 07:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012241954266543822 sec...
10-29-22 07:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:27  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:27  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:28  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:28  PyFrac.controller.run                    DEBUG     Solved time: 1.7712241954266443 s
10-29-22 07:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012241954266543065 s
10-29-22 07:28  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7724163246373 ...
10-29-22 07:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011921292106556354 sec...
10-29-22 07:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:28  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:28  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:28  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:28  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:28  PyFrac.controller.run                    DEBUG     Solved time: 1.7724163246373 s
10-29-22 07:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011921292106555903 s
10-29-22 07:28  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7735611815013346 ...
10-29-22 07:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011448568640347594 sec...
10-29-22 07:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:28  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:28  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:30  PyFrac.Anderson                          DEBUG     Converged after 22 iterations
10-29-22 07:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:30  PyFrac.controller.run                    DEBUG     Solved time: 1.7735611815013346 s
10-29-22 07:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.001144856864034649 s
10-29-22 07:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7746842057602457 ...
10-29-22 07:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011230242589111339 sec...
10-29-22 07:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:30  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:30  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:31  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-29-22 07:31  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:31  PyFrac.controller.run                    DEBUG     Solved time: 1.7746842057602457 s
10-29-22 07:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011230242589110873 s
10-29-22 07:31  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.77499999999999 ...
10-29-22 07:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00031579423974426035 sec...
10-29-22 07:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:31  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:31  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:32  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:32  PyFrac.controller.run                    DEBUG     Solved time: 1.77499999999999 s
10-29-22 07:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.00031579423974426035 s
10-29-22 07:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7756315884794784 ...
10-29-22 07:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006315884794885207 sec...
10-29-22 07:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:32  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:32  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:32  PyFrac.controller.run                    DEBUG     Solved time: 1.7756315884794784 s
10-29-22 07:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006315884794885207 s
10-29-22 07:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7767332551037303 ...
10-29-22 07:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011016666242518523 sec...
10-29-22 07:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:32  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:32  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 07:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:33  PyFrac.controller.run                    DEBUG     Solved time: 1.7767332551037303 s
10-29-22 07:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.001101666624251818 s
10-29-22 07:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7778072845243373 ...
10-29-22 07:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001074029420607125 sec...
10-29-22 07:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:33  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:33  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 07:34  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:34  PyFrac.controller.run                    DEBUG     Solved time: 1.7778072845243373 s
10-29-22 07:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.001074029420607081 s
10-29-22 07:34  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.778854666240273 ...
10-29-22 07:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00104738171593571 sec...
10-29-22 07:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:34  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:34  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:35  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 07:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:35  PyFrac.controller.run                    DEBUG     Solved time: 1.778854666240273 s
10-29-22 07:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.001047381715935769 s
10-29-22 07:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7798843652587553 ...
10-29-22 07:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001029699018482241 sec...
10-29-22 07:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:35  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:35  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:36  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 07:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:36  PyFrac.controller.run                    DEBUG     Solved time: 1.7798843652587553 s
10-29-22 07:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010296990184821553 s
10-29-22 07:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7799999999999898 ...
10-29-22 07:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00011563474123454931 sec...
10-29-22 07:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:36  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:36  PyFrac.controller.run                    DEBUG     Solved time: 1.7799999999999898 s
10-29-22 07:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.00011563474123454931 s
10-29-22 07:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.780231269482459 ...
10-29-22 07:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00023126948246909862 sec...
10-29-22 07:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:36  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 07:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:37  PyFrac.controller.run                    DEBUG     Solved time: 1.780231269482459 s
10-29-22 07:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.00023126948246909862 s
10-29-22 07:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.780693808447397 ...
10-29-22 07:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00046253896493819724 sec...
10-29-22 07:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:37  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:37  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:37  PyFrac.controller.run                    DEBUG     Solved time: 1.780693808447397 s
10-29-22 07:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.00046253896493819724 s
10-29-22 07:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7816188863772735 ...
10-29-22 07:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009250779298763945 sec...
10-29-22 07:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:38  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:38  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 07:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:38  PyFrac.controller.run                    DEBUG     Solved time: 1.7816188863772735 s
10-29-22 07:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009250779298763945 s
10-29-22 07:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7826023019855994 ...
10-29-22 07:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009834156083258685 sec...
10-29-22 07:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:38  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:38  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:39  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-29-22 07:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:39  PyFrac.controller.run                    DEBUG     Solved time: 1.7826023019855994 s
10-29-22 07:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009834156083259327 s
10-29-22 07:39  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.783571094940179 ...
10-29-22 07:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009687929545797239 sec...
10-29-22 07:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:39  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:39  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:40  PyFrac.controller.run                    DEBUG     Solved time: 1.783571094940179 s
10-29-22 07:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009687929545796337 s
10-29-22 07:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7845094960200876 ...
10-29-22 07:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009384010799085001 sec...
10-29-22 07:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:40  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:40  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:40  PyFrac.controller.run                    DEBUG     Solved time: 1.7845094960200876 s
10-29-22 07:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009384010799085019 s
10-29-22 07:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7849999999999897 ...
10-29-22 07:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004905039799021349 sec...
10-29-22 07:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:41  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:41  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:41  PyFrac.controller.run                    DEBUG     Solved time: 1.7849999999999897 s
10-29-22 07:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004905039799021349 s
10-29-22 07:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7859134591590495 ...
10-29-22 07:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00091345915905991 sec...
10-29-22 07:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:41  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:41  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:42  PyFrac.controller.run                    DEBUG     Solved time: 1.7859134591590495 s
10-29-22 07:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009134591590598262 s
10-29-22 07:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7867985145010157 ...
10-29-22 07:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008850553419661087 sec...
10-29-22 07:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:42  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 07:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:42  PyFrac.controller.run                    DEBUG     Solved time: 1.7867985145010157 s
10-29-22 07:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008850553419661455 s
10-29-22 07:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7876844829899272 ...
10-29-22 07:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008859684889115084 sec...
10-29-22 07:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:43  PyFrac.controller.run                    DEBUG     Solved time: 1.7876844829899272 s
10-29-22 07:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008859684889115371 s
10-29-22 07:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.788539267038528 ...
10-29-22 07:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008547840486007668 sec...
10-29-22 07:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:43  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:43  PyFrac.controller.run                    DEBUG     Solved time: 1.788539267038528 s
10-29-22 07:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008547840486008429 s
10-29-22 07:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7893679175877424 ...
10-29-22 07:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008286505492143139 sec...
10-29-22 07:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:43  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:44  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 07:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7893679175877424 s
10-29-22 07:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.000828650549214327 s
10-29-22 07:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7899999999999896 ...
10-29-22 07:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006320824122472146 sec...
10-29-22 07:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7899999999999896 s
10-29-22 07:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006320824122472146 s
10-29-22 07:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7908098016067393 ...
10-29-22 07:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008098016067498104 sec...
10-29-22 07:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:46  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-29-22 07:46  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:46  PyFrac.controller.run                    DEBUG     Solved time: 1.7908098016067393 s
10-29-22 07:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008098016067497049 s
10-29-22 07:46  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.791603250954327 ...
10-29-22 07:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007934493475875841 sec...
10-29-22 07:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:46  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:46  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:46  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:46  PyFrac.controller.run                    DEBUG     Solved time: 1.791603250954327 s
10-29-22 07:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.000793449347587627 s
10-29-22 07:46  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:46  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:46  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:46  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:46  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7923810036263637 ...
10-29-22 07:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007777526720367809 sec...
10-29-22 07:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:46  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:46  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:47  PyFrac.controller.run                    DEBUG     Solved time: 1.7923810036263637 s
10-29-22 07:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007777526720367245 s
10-29-22 07:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7931477443761097 ...
10-29-22 07:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007667407497459841 sec...
10-29-22 07:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:47  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:47  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:47  PyFrac.controller.run                    DEBUG     Solved time: 1.7931477443761097 s
10-29-22 07:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.000766740749746031 s
10-29-22 07:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7938919217416105 ...
10-29-22 07:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007441773655007774 sec...
10-29-22 07:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:48  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:48  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:48  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-29-22 07:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:48  PyFrac.controller.run                    DEBUG     Solved time: 1.7938919217416105 s
10-29-22 07:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007441773655008088 s
10-29-22 07:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7946222208022902 ...
10-29-22 07:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007302990606795804 sec...
10-29-22 07:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:48  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:48  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:49  PyFrac.controller.run                    DEBUG     Solved time: 1.7946222208022902 s
10-29-22 07:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007302990606796733 s
10-29-22 07:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7949999999999895 ...
10-29-22 07:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003777791976993239 sec...
10-29-22 07:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:49  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:49  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:49  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:49  PyFrac.controller.run                    DEBUG     Solved time: 1.7949999999999895 s
10-29-22 07:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003777791976993239 s
10-29-22 07:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.795697999991414 ...
10-29-22 07:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006979999914244208 sec...
10-29-22 07:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:49  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:49  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:50  PyFrac.controller.run                    DEBUG     Solved time: 1.795697999991414 s
10-29-22 07:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006979999914245028 s
10-29-22 07:50  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7963914049643177 ...
10-29-22 07:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006934049729036087 sec...
10-29-22 07:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:50  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:50  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:50  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:50  PyFrac.controller.run                    DEBUG     Solved time: 1.7963914049643177 s
10-29-22 07:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006934049729037106 s
10-29-22 07:50  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:50  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:50  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:50  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:50  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7970851966544856 ...
10-29-22 07:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006937916901679477 sec...
10-29-22 07:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:50  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:50  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:52  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-29-22 07:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:52  PyFrac.controller.run                    DEBUG     Solved time: 1.7970851966544856 s
10-29-22 07:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.000693791690167922 s
10-29-22 07:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7977594652029316 ...
10-29-22 07:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000674268548445994 sec...
10-29-22 07:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:52  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:52  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:53  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 07:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:53  PyFrac.controller.run                    DEBUG     Solved time: 1.7977594652029316 s
10-29-22 07:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006742685484459887 s
10-29-22 07:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7984229964553153 ...
10-29-22 07:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000663531252383648 sec...
10-29-22 07:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:53  PyFrac.controller.run                    DEBUG     Solved time: 1.7984229964553153 s
10-29-22 07:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.00066353125238372 s
10-29-22 07:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7990601107915771 ...
10-29-22 07:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006371143362618965 sec...
10-29-22 07:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:54  PyFrac.controller.run                    DEBUG     Solved time: 1.7990601107915771 s
10-29-22 07:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006371143362617904 s
10-29-22 07:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.799687438169904 ...
10-29-22 07:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006273273783268848 sec...
10-29-22 07:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:54  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:54  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:54  PyFrac.controller.run                    DEBUG     Solved time: 1.799687438169904 s
10-29-22 07:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006273273783268252 s
10-29-22 07:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7999999999999894 ...
10-29-22 07:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003125618300854338 sec...
10-29-22 07:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:54  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:54  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:55  PyFrac.controller.run                    DEBUG     Solved time: 1.7999999999999894 s
10-29-22 07:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003125618300854338 s
10-29-22 07:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8006053322804183 ...
10-29-22 07:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006053322804289136 sec...
10-29-22 07:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:55  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:55  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:55  PyFrac.controller.run                    DEBUG     Solved time: 1.8006053322804183 s
10-29-22 07:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006053322804289163 s
10-29-22 07:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8012020864948877 ...
10-29-22 07:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005967542144692529 sec...
10-29-22 07:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:55  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:55  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:56  PyFrac.controller.run                    DEBUG     Solved time: 1.8012020864948877 s
10-29-22 07:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005967542144693638 s
10-29-22 07:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8017908094940163 ...
10-29-22 07:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005887229991286457 sec...
10-29-22 07:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:56  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:56  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:56  PyFrac.controller.run                    DEBUG     Solved time: 1.8017908094940163 s
10-29-22 07:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005887229991285992 s
10-29-22 07:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8023720270586008 ...
10-29-22 07:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005812175645844381 sec...
10-29-22 07:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:56  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:56  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:57  PyFrac.controller.run                    DEBUG     Solved time: 1.8023720270586008 s
10-29-22 07:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.000581217564584513 s
10-29-22 07:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8029380663141168 ...
10-29-22 07:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000566039255515962 sec...
10-29-22 07:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:57  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:57  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:58  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 07:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:58  PyFrac.controller.run                    DEBUG     Solved time: 1.8029380663141168 s
10-29-22 07:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005660392555160154 s
10-29-22 07:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8034894305755333 ...
10-29-22 07:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005513642614164811 sec...
10-29-22 07:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:58  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:58  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 07:58  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:58  PyFrac.controller.run                    DEBUG     Solved time: 1.8034894305755333 s
10-29-22 07:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005513642614165537 s
10-29-22 07:58  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:58  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:58  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:58  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:58  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8040346051603402 ...
10-29-22 07:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005451745848068655 sec...
10-29-22 07:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:59  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:59  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:59  PyFrac.controller.run                    DEBUG     Solved time: 1.8040346051603402 s
10-29-22 07:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005451745848068512 s
10-29-22 07:59  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.804565968388902 ...
10-29-22 07:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005313632285617551 sec...
10-29-22 07:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 07:59  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 07:59  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 07:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 07:59  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 07:59  PyFrac.controller.run                    DEBUG     Solved time: 1.804565968388902 s
10-29-22 07:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.000531363228561732 s
10-29-22 07:59  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 07:59  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 07:59  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 07:59  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 07:59  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 07:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 07:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 07:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8049999999999893 ...
10-29-22 07:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004340316110873488 sec...
10-29-22 07:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:00  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:00  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:00  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:00  PyFrac.controller.run                    DEBUG     Solved time: 1.8049999999999893 s
10-29-22 08:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004340316110873488 s
10-29-22 08:00  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:00  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:00  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:00  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:00  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.805516434370589 ...
10-29-22 08:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005164343705997683 sec...
10-29-22 08:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:00  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:00  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:01  PyFrac.controller.run                    DEBUG     Solved time: 1.805516434370589 s
10-29-22 08:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005164343705996721 s
10-29-22 08:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8060243039315695 ...
10-29-22 08:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005078695609806601 sec...
10-29-22 08:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:01  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:01  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:01  PyFrac.controller.run                    DEBUG     Solved time: 1.8060243039315695 s
10-29-22 08:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005078695609805894 s
10-29-22 08:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8065240352249838 ...
10-29-22 08:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000499731293414321 sec...
10-29-22 08:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:01  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:01  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:01  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:01  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:01  PyFrac.controller.run                    DEBUG     Solved time: 1.8065240352249838 s
10-29-22 08:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004997312934142961 s
10-29-22 08:01  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:01  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:01  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:01  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:01  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8070038473296233 ...
10-29-22 08:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00047981210463932355 sec...
10-29-22 08:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:02  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:02  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:02  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 08:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:02  PyFrac.controller.run                    DEBUG     Solved time: 1.8070038473296233 s
10-29-22 08:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.00047981210463943214 s
10-29-22 08:02  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.807480275332408 ...
10-29-22 08:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00047642800278473245 sec...
10-29-22 08:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:02  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:02  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:02  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:02  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:02  PyFrac.controller.run                    DEBUG     Solved time: 1.807480275332408 s
10-29-22 08:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004764280027846901 s
10-29-22 08:02  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:02  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:02  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:02  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:02  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.807937709560018 ...
10-29-22 08:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00045743422761001406 sec...
10-29-22 08:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:03  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:03  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:03  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:03  PyFrac.controller.run                    DEBUG     Solved time: 1.807937709560018 s
10-29-22 08:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.00045743422761002073 s
10-29-22 08:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8083924180982782 ...
10-29-22 08:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00045470853826015374 sec...
10-29-22 08:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:03  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:03  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:03  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:03  PyFrac.controller.run                    DEBUG     Solved time: 1.8083924180982782 s
10-29-22 08:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.00045470853826024005 s
10-29-22 08:03  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:03  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:03  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:03  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:03  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.808836837196068 ...
10-29-22 08:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004444190977896433 sec...
10-29-22 08:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:04  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:04  PyFrac.controller.run                    DEBUG     Solved time: 1.808836837196068 s
10-29-22 08:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.00044441909778969446 s
10-29-22 08:04  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:04  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:04  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:04  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:04  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.809279409014563 ...
10-29-22 08:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00044257181849502664 sec...
10-29-22 08:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:05  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:05  PyFrac.controller.run                    DEBUG     Solved time: 1.809279409014563 s
10-29-22 08:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.00044257181849505223 s
10-29-22 08:05  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8097165152641952 ...
10-29-22 08:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00043710624963211385 sec...
10-29-22 08:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:05  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:05  PyFrac.controller.run                    DEBUG     Solved time: 1.8097165152641952 s
10-29-22 08:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004371062496322242 s
10-29-22 08:05  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8099999999999892 ...
10-29-22 08:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002834847357939818 sec...
10-29-22 08:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:05  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:05  PyFrac.controller.run                    DEBUG     Solved time: 1.8099999999999892 s
10-29-22 08:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002834847357939818 s
10-29-22 08:05  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:05  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:05  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:05  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:05  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.810416220669047 ...
10-29-22 08:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004162206690578522 sec...
10-29-22 08:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:06  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 08:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:06  PyFrac.controller.run                    DEBUG     Solved time: 1.810416220669047 s
10-29-22 08:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.00041622066905788735 s
10-29-22 08:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.81082375914758 ...
10-29-22 08:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004075384785330035 sec...
10-29-22 08:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:06  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:06  PyFrac.controller.run                    DEBUG     Solved time: 1.81082375914758 s
10-29-22 08:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004075384785329206 s
10-29-22 08:06  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:06  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:06  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:06  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:06  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8112150426446185 ...
10-29-22 08:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003912834970385014 sec...
10-29-22 08:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:08  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 08:08  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8112150426446185 s
10-29-22 08:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003912834970385415 s
10-29-22 08:08  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8116062067957657 ...
10-29-22 08:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003911641511472428 sec...
10-29-22 08:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:08  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8116062067957657 s
10-29-22 08:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00039116415114714975 s
10-29-22 08:08  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:08  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:08  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:08  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:08  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.811985676348658 ...
10-29-22 08:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00037946955289234753 sec...
10-29-22 08:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:09  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:09  PyFrac.controller.run                    DEBUG     Solved time: 1.811985676348658 s
10-29-22 08:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00037946955289225315 s
10-29-22 08:09  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8123658065664336 ...
10-29-22 08:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00038013021777577583 sec...
10-29-22 08:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:09  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8123658065664336 s
10-29-22 08:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003801302177757204 s
10-29-22 08:09  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:09  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:09  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:09  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:09  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.812743021703688 ...
10-29-22 08:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003772151372542675 sec...
10-29-22 08:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:10  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:10  PyFrac.controller.run                    DEBUG     Solved time: 1.812743021703688 s
10-29-22 08:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.00037721513725430533 s
10-29-22 08:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8131051877937558 ...
10-29-22 08:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003621660900678602 sec...
10-29-22 08:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:10  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:10  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 08:10  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:10  PyFrac.controller.run                    DEBUG     Solved time: 1.8131051877937558 s
10-29-22 08:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003621660900678947 s
10-29-22 08:10  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:10  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:10  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:10  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:10  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8134691633245181 ...
10-29-22 08:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00036397553076225 sec...
10-29-22 08:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:11  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:11  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:11  PyFrac.controller.run                    DEBUG     Solved time: 1.8134691633245181 s
10-29-22 08:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.00036397553076228384 s
10-29-22 08:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8138186164105268 ...
10-29-22 08:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00034945308600874765 sec...
10-29-22 08:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:11  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:11  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:11  PyFrac.controller.run                    DEBUG     Solved time: 1.8138186164105268 s
10-29-22 08:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003494530860086442 s
10-29-22 08:11  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:11  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:11  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:11  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:11  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8141621489168043 ...
10-29-22 08:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00034353250627750247 sec...
10-29-22 08:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:12  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:12  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:12  PyFrac.controller.run                    DEBUG     Solved time: 1.8141621489168043 s
10-29-22 08:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.00034353250627749965 s
10-29-22 08:12  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8145000433307115 ...
10-29-22 08:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00033789441390709543 sec...
10-29-22 08:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:12  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:12  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:12  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:12  PyFrac.controller.run                    DEBUG     Solved time: 1.8145000433307115 s
10-29-22 08:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.00033789441390719155 s
10-29-22 08:12  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:12  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:12  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:12  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:12  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8148244538099498 ...
10-29-22 08:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003244104792382685 sec...
10-29-22 08:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:12  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:13  PyFrac.controller.run                    DEBUG     Solved time: 1.8148244538099498 s
10-29-22 08:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003244104792383684 s
10-29-22 08:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.814999999999989 ...
10-29-22 08:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000175546190039233 sec...
10-29-22 08:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:13  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:13  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:13  PyFrac.controller.run                    DEBUG     Solved time: 1.814999999999989 s
10-29-22 08:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.000175546190039233 s
10-29-22 08:13  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:13  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:13  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:13  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:13  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8153201361993392 ...
10-29-22 08:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000320136199350188 sec...
10-29-22 08:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:13  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:14  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:14  PyFrac.controller.run                    DEBUG     Solved time: 1.8153201361993392 s
10-29-22 08:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003201361993501184 s
10-29-22 08:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8156274888752149 ...
10-29-22 08:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00030735267587572447 sec...
10-29-22 08:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:14  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:14  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:14  PyFrac.controller.run                    DEBUG     Solved time: 1.8156274888752149 s
10-29-22 08:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003073526758756717 s
10-29-22 08:14  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:14  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:14  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:14  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:14  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8159427524815794 ...
10-29-22 08:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00031526360636454075 sec...
10-29-22 08:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:14  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:15  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:15  PyFrac.controller.run                    DEBUG     Solved time: 1.8159427524815794 s
10-29-22 08:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.00031526360636457973 s
10-29-22 08:15  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.816249627101224 ...
10-29-22 08:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003068746196445544 sec...
10-29-22 08:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:15  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:15  PyFrac.controller.run                    DEBUG     Solved time: 1.816249627101224 s
10-29-22 08:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003068746196446259 s
10-29-22 08:15  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:15  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:15  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:15  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:15  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8165526418426114 ...
10-29-22 08:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003030147413873629 sec...
10-29-22 08:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:16  PyFrac.controller.run                    DEBUG     Solved time: 1.8165526418426114 s
10-29-22 08:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.00030301474138738627 s
10-29-22 08:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8168435615121374 ...
10-29-22 08:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00029091966952603585 sec...
10-29-22 08:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:16  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:16  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:16  PyFrac.controller.run                    DEBUG     Solved time: 1.8168435615121374 s
10-29-22 08:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002909196695259908 s
10-29-22 08:16  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:16  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:16  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:16  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:16  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8171228682495966 ...
10-29-22 08:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002793067374592216 sec...
10-29-22 08:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:17  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-29-22 08:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:17  PyFrac.controller.run                    DEBUG     Solved time: 1.8171228682495966 s
10-29-22 08:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002793067374591285 s
10-29-22 08:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8174071724165999 ...
10-29-22 08:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002843041670034173 sec...
10-29-22 08:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:17  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:17  PyFrac.controller.run                    DEBUG     Solved time: 1.8174071724165999 s
10-29-22 08:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.00028430416700331307 s
10-29-22 08:17  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:17  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:17  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:17  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:17  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8176801265287312 ...
10-29-22 08:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002729541121313212 sec...
10-29-22 08:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:18  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:18  PyFrac.controller.run                    DEBUG     Solved time: 1.8176801265287312 s
10-29-22 08:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002729541121313517 s
10-29-22 08:18  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8179503068361584 ...
10-29-22 08:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002701803074271149 sec...
10-29-22 08:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:18  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:18  PyFrac.controller.run                    DEBUG     Solved time: 1.8179503068361584 s
10-29-22 08:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.00027018030742720356 s
10-29-22 08:18  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:18  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:18  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:18  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:18  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8182179880344456 ...
10-29-22 08:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002676811982872137 sec...
10-29-22 08:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:19  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8182179880344456 s
10-29-22 08:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.00026768119828712855 s
10-29-22 08:19  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:19  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:19  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:19  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:19  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8184834513203711 ...
10-29-22 08:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00026546328592564255 sec...
10-29-22 08:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8184834513203711 s
10-29-22 08:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002654632859255823 s
10-29-22 08:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.818751542229236 ...
10-29-22 08:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002680909088648045 sec...
10-29-22 08:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:20  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:20  PyFrac.controller.run                    DEBUG     Solved time: 1.818751542229236 s
10-29-22 08:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00026809090886481535 s
10-29-22 08:20  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:20  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:20  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:20  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:20  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8190089292215077 ...
10-29-22 08:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002573869922718075 sec...
10-29-22 08:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:21  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:21  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8190089292215077 s
10-29-22 08:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00025738699227173534 s
10-29-22 08:21  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8192560393778578 ...
10-29-22 08:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002471101563500613 sec...
10-29-22 08:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:21  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:21  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8192560393778578 s
10-29-22 08:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002471101563501499 s
10-29-22 08:21  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:21  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:21  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:21  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:21  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8194932823101855 ...
10-29-22 08:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00023724293232768416 sec...
10-29-22 08:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:22  PyFrac.controller.run                    DEBUG     Solved time: 1.8194932823101855 s
10-29-22 08:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.00023724293232763038 s
10-29-22 08:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8197292006678256 ...
10-29-22 08:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00023591835764016136 sec...
10-29-22 08:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:22  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:22  PyFrac.controller.run                    DEBUG     Solved time: 1.8197292006678256 s
10-29-22 08:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.00023591835764014135 s
10-29-22 08:22  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:22  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:22  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:22  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:22  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8199685131509702 ...
10-29-22 08:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002393124831444922 sec...
10-29-22 08:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:23  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:23  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:23  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:23  PyFrac.controller.run                    DEBUG     Solved time: 1.8199685131509702 s
10-29-22 08:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.00023931248314457143 s
10-29-22 08:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.819999999999989 ...
10-29-22 08:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.148684901876919e-05 sec...
10-29-22 08:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:23  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:23  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:23  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:23  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:23  PyFrac.controller.run                    DEBUG     Solved time: 1.819999999999989 s
10-29-22 08:23  PyFrac.controller.run                    DEBUG     for a time step of: 3.148684901876919e-05 s
10-29-22 08:23  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:23  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:23  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:23  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:23  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8200629736980265 ...
10-29-22 08:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.297369803753838e-05 sec...
10-29-22 08:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:23  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:23  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:24  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:24  PyFrac.controller.run                    DEBUG     Solved time: 1.8200629736980265 s
10-29-22 08:24  PyFrac.controller.run                    DEBUG     for a time step of: 6.297369803753838e-05 s
10-29-22 08:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8201889210941016 ...
10-29-22 08:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00012594739607507677 sec...
10-29-22 08:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:24  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:24  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:24  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:24  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:24  PyFrac.controller.run                    DEBUG     Solved time: 1.8201889210941016 s
10-29-22 08:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.00012594739607507677 s
10-29-22 08:24  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:24  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:24  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:24  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:24  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8204098778544062 ...
10-29-22 08:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00022095676030463386 sec...
10-29-22 08:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:24  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:24  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:25  PyFrac.controller.run                    DEBUG     Solved time: 1.8204098778544062 s
10-29-22 08:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.00022095676030464695 s
10-29-22 08:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8206303074356498 ...
10-29-22 08:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002204295812435495 sec...
10-29-22 08:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:25  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:25  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:25  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:25  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:25  PyFrac.controller.run                    DEBUG     Solved time: 1.8206303074356498 s
10-29-22 08:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.00022042958124357526 s
10-29-22 08:25  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:25  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:25  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:25  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:25  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8208419332308496 ...
10-29-22 08:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00021162579519986495 sec...
10-29-22 08:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:25  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:25  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:26  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:26  PyFrac.controller.run                    DEBUG     Solved time: 1.8208419332308496 s
10-29-22 08:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.00021162579519984348 s
10-29-22 08:26  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8210622970646282 ...
10-29-22 08:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00022036383377863327 sec...
10-29-22 08:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:26  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:26  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:26  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:26  PyFrac.controller.run                    DEBUG     Solved time: 1.8210622970646282 s
10-29-22 08:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002203638337785474 s
10-29-22 08:26  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.821278427103383 ...
10-29-22 08:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00021613003875482897 sec...
10-29-22 08:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:26  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:26  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:26  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:26  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:26  PyFrac.controller.run                    DEBUG     Solved time: 1.821278427103383 s
10-29-22 08:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.00021613003875486925 s
10-29-22 08:26  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:26  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:26  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:26  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:26  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8214859249255717 ...
10-29-22 08:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00020749782218864308 sec...
10-29-22 08:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:27  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:27  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:27  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:27  PyFrac.controller.run                    DEBUG     Solved time: 1.8214859249255717 s
10-29-22 08:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.00020749782218865143 s
10-29-22 08:27  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.821694108412371 ...
10-29-22 08:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002081834867993284 sec...
10-29-22 08:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:27  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:27  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:27  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:27  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:27  PyFrac.controller.run                    DEBUG     Solved time: 1.821694108412371 s
10-29-22 08:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.000208183486799296 s
10-29-22 08:27  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:27  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:27  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:27  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:27  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8218939764675701 ...
10-29-22 08:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00019986805519901752 sec...
10-29-22 08:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:27  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:27  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:28  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:28  PyFrac.controller.run                    DEBUG     Solved time: 1.8218939764675701 s
10-29-22 08:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.000199868055199115 s
10-29-22 08:28  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.822094894028197 ...
10-29-22 08:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002009175606269001 sec...
10-29-22 08:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:28  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:28  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:28  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:28  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:28  PyFrac.controller.run                    DEBUG     Solved time: 1.822094894028197 s
10-29-22 08:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002009175606267899 s
10-29-22 08:28  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:28  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:28  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:28  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:28  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8222877859641733 ...
10-29-22 08:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00019289193597629202 sec...
10-29-22 08:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:28  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:28  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:29  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:29  PyFrac.controller.run                    DEBUG     Solved time: 1.8222877859641733 s
10-29-22 08:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019289193597638032 s
10-29-22 08:29  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8224729726721678 ...
10-29-22 08:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00018518670799449403 sec...
10-29-22 08:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:29  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:29  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:29  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:29  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:29  PyFrac.controller.run                    DEBUG     Solved time: 1.8224729726721678 s
10-29-22 08:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001851867079945002 s
10-29-22 08:29  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:29  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:29  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:29  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:29  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.822650761542118 ...
10-29-22 08:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001777888699500973 sec...
10-29-22 08:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:29  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:29  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:30  PyFrac.controller.run                    DEBUG     Solved time: 1.822650761542118 s
10-29-22 08:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.000177788869950124 s
10-29-22 08:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8228298616145917 ...
10-29-22 08:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017910007247386278 sec...
10-29-22 08:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:30  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:30  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:30  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:30  PyFrac.controller.run                    DEBUG     Solved time: 1.8228298616145917 s
10-29-22 08:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.00017910007247379234 s
10-29-22 08:30  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:30  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:30  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:30  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:30  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8230107034591199 ...
10-29-22 08:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000180841844528086 sec...
10-29-22 08:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:30  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:30  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:31  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:31  PyFrac.controller.run                    DEBUG     Solved time: 1.8230107034591199 s
10-29-22 08:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.00018084184452815677 s
10-29-22 08:31  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8231988797183176 ...
10-29-22 08:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00018817625919773833 sec...
10-29-22 08:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:31  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:31  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:31  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:31  PyFrac.controller.run                    DEBUG     Solved time: 1.8231988797183176 s
10-29-22 08:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001881762591977587 s
10-29-22 08:31  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8233847275993906 ...
10-29-22 08:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00018584788107309577 sec...
10-29-22 08:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:31  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:31  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:31  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:31  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:31  PyFrac.controller.run                    DEBUG     Solved time: 1.8233847275993906 s
10-29-22 08:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001858478810730091 s
10-29-22 08:31  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:31  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:31  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:31  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:31  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8235631511213914 ...
10-29-22 08:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017842352200080113 sec...
10-29-22 08:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:32  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:32  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:32  PyFrac.controller.run                    DEBUG     Solved time: 1.8235631511213914 s
10-29-22 08:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.00017842352200081457 s
10-29-22 08:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8237448601468504 ...
10-29-22 08:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001817090254590491 sec...
10-29-22 08:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:32  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:32  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:32  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:32  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:32  PyFrac.controller.run                    DEBUG     Solved time: 1.8237448601468504 s
10-29-22 08:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.00018170902545899814 s
10-29-22 08:32  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:32  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:32  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:32  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:32  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8239193098056843 ...
10-29-22 08:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001744496588338782 sec...
10-29-22 08:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:33  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:33  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:33  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:33  PyFrac.controller.run                    DEBUG     Solved time: 1.8239193098056843 s
10-29-22 08:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.00017444965883384178 s
10-29-22 08:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8240867900177065 ...
10-29-22 08:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00016748021202211332 sec...
10-29-22 08:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:33  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:33  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:33  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:33  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:33  PyFrac.controller.run                    DEBUG     Solved time: 1.8240867900177065 s
10-29-22 08:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016748021202217522 s
10-29-22 08:33  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:33  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:33  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:33  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:33  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.824247578891329 ...
10-29-22 08:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00016078887362261775 sec...
10-29-22 08:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:33  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:33  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:34  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:34  PyFrac.controller.run                    DEBUG     Solved time: 1.824247578891329 s
10-29-22 08:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016078887362258598 s
10-29-22 08:34  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8244119075669902 ...
10-29-22 08:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00016432867566124748 sec...
10-29-22 08:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:34  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:34  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:34  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:34  PyFrac.controller.run                    DEBUG     Solved time: 1.8244119075669902 s
10-29-22 08:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016432867566118503 s
10-29-22 08:34  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:34  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:34  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:34  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:34  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8245805259183787 ...
10-29-22 08:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00016861835138852162 sec...
10-29-22 08:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:34  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:34  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:35  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:35  PyFrac.controller.run                    DEBUG     Solved time: 1.8245805259183787 s
10-29-22 08:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016861835138848313 s
10-29-22 08:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8247424072491794 ...
10-29-22 08:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00016188133080067521 sec...
10-29-22 08:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:35  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:35  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:35  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:35  PyFrac.controller.run                    DEBUG     Solved time: 1.8247424072491794 s
10-29-22 08:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001618813308006395 s
10-29-22 08:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.824897820677589 ...
10-29-22 08:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001554134284097438 sec...
10-29-22 08:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:35  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:35  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:35  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:35  PyFrac.controller.run                    DEBUG     Solved time: 1.824897820677589 s
10-29-22 08:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.00015541342840963424 s
10-29-22 08:35  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:35  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:35  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:35  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:35  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8249999999999889 ...
10-29-22 08:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001021793223998646 sec...
10-29-22 08:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:36  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:36  PyFrac.controller.run                    DEBUG     Solved time: 1.8249999999999889 s
10-29-22 08:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001021793223998646 s
10-29-22 08:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8251622148977653 ...
10-29-22 08:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00016221489777651474 sec...
10-29-22 08:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:36  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:36  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:36  PyFrac.controller.run                    DEBUG     Solved time: 1.8251622148977653 s
10-29-22 08:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016221489777645814 s
10-29-22 08:36  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:36  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:36  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:36  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:36  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.825317947087203 ...
10-29-22 08:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001557321894375423 sec...
10-29-22 08:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:36  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:36  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:37  PyFrac.controller.run                    DEBUG     Solved time: 1.825317947087203 s
10-29-22 08:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.00015573218943765177 s
10-29-22 08:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8254797785779016 ...
10-29-22 08:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00016183149069851728 sec...
10-29-22 08:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:37  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:37  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:37  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:37  PyFrac.controller.run                    DEBUG     Solved time: 1.8254797785779016 s
10-29-22 08:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016183149069859404 s
10-29-22 08:37  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:37  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:37  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:37  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:37  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8256418091012594 ...
10-29-22 08:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00016203052335794706 sec...
10-29-22 08:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:37  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:37  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:38  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:38  PyFrac.controller.run                    DEBUG     Solved time: 1.8256418091012594 s
10-29-22 08:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016203052335783674 s
10-29-22 08:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8257973656115116 ...
10-29-22 08:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00015555651025228698 sec...
10-29-22 08:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:38  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:38  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:38  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:38  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:38  PyFrac.controller.run                    DEBUG     Solved time: 1.8257973656115116 s
10-29-22 08:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001555565102522305 s
10-29-22 08:38  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:38  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:38  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:38  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:38  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8259467066469919 ...
10-29-22 08:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001493410354802909 sec...
10-29-22 08:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:38  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:38  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:39  PyFrac.controller.run                    DEBUG     Solved time: 1.8259467066469919 s
10-29-22 08:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001493410354802549 s
10-29-22 08:39  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8261034834460306 ...
10-29-22 08:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00015677679903880405 sec...
10-29-22 08:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:39  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:39  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:39  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:39  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:39  PyFrac.controller.run                    DEBUG     Solved time: 1.8261034834460306 s
10-29-22 08:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.00015677679903869368 s
10-29-22 08:39  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:39  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:39  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:39  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:39  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8262539957639574 ...
10-29-22 08:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00015051231792694288 sec...
10-29-22 08:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:39  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:39  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:40  PyFrac.controller.run                    DEBUG     Solved time: 1.8262539957639574 s
10-29-22 08:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.00015051231792684305 s
10-29-22 08:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8263984939413773 ...
10-29-22 08:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00014449817741992032 sec...
10-29-22 08:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:40  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:40  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:40  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:40  PyFrac.controller.run                    DEBUG     Solved time: 1.8263984939413773 s
10-29-22 08:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.000144498177419905 s
10-29-22 08:40  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:40  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:40  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:40  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:40  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.82653721804592 ...
10-29-22 08:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000138724104542662 sec...
10-29-22 08:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:40  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:40  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:41  PyFrac.controller.run                    DEBUG     Solved time: 1.82653721804592 s
10-29-22 08:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001387241045427423 s
10-29-22 08:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.826684076355445 ...
10-29-22 08:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00014685830952507615 sec...
10-29-22 08:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:41  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:41  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:41  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-29-22 08:41  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:41  PyFrac.controller.run                    DEBUG     Solved time: 1.826684076355445 s
10-29-22 08:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.00014685830952498868 s
10-29-22 08:41  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:41  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:41  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:41  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:41  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8268505553750574 ...
10-29-22 08:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000166479019612254 sec...
10-29-22 08:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:42  PyFrac.controller.run                    DEBUG     Solved time: 1.8268505553750574 s
10-29-22 08:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016647901961230893 s
10-29-22 08:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8270103823975525 ...
10-29-22 08:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00015982702249510116 sec...
10-29-22 08:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:42  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:42  PyFrac.controller.run                    DEBUG     Solved time: 1.8270103823975525 s
10-29-22 08:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.00015982702249517367 s
10-29-22 08:42  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:42  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:42  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:42  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:42  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.827163823503414 ...
10-29-22 08:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00015344110586141516 sec...
10-29-22 08:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:43  PyFrac.controller.run                    DEBUG     Solved time: 1.827163823503414 s
10-29-22 08:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.00015344110586146265 s
10-29-22 08:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.827311133567648 ...
10-29-22 08:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00014731006423403007 sec...
10-29-22 08:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:43  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-29-22 08:43  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:43  PyFrac.controller.run                    DEBUG     Solved time: 1.827311133567648 s
10-29-22 08:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001473100642339631 s
10-29-22 08:43  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:43  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:43  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:43  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:43  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8274525573143068 ...
10-29-22 08:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00014142374665878217 sec...
10-29-22 08:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:43  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:44  PyFrac.controller.run                    DEBUG     Solved time: 1.8274525573143068 s
10-29-22 08:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00014142374665881974 s
10-29-22 08:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8276068348990302 ...
10-29-22 08:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001542775847233537 sec...
10-29-22 08:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:44  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:44  PyFrac.controller.run                    DEBUG     Solved time: 1.8276068348990302 s
10-29-22 08:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001542775847234168 s
10-29-22 08:44  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:44  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:44  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:44  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:44  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8277549476452715 ...
10-29-22 08:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001481127462413274 sec...
10-29-22 08:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-29-22 08:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8277549476452715 s
10-29-22 08:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.00014811274624126902 s
10-29-22 08:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8279333115969367 ...
10-29-22 08:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001783639516652553 sec...
10-29-22 08:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8279333115969367 s
10-29-22 08:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001783639516652613 s
10-29-22 08:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8281203545739912 ...
10-29-22 08:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001870429770545193 sec...
10-29-22 08:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:45  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8281203545739912 s
10-29-22 08:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.000187042977054519 s
10-29-22 08:45  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:45  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:45  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:45  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:45  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8282999252260086 ...
10-29-22 08:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017957065201736208 sec...
10-29-22 08:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:46  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:46  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:47  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-29-22 08:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:47  PyFrac.controller.run                    DEBUG     Solved time: 1.8282999252260086 s
10-29-22 08:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001795706520173468 s
10-29-22 08:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8285110022415803 ...
10-29-22 08:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00021107701557158943 sec...
10-29-22 08:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:47  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:47  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:47  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:47  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:47  PyFrac.controller.run                    DEBUG     Solved time: 1.8285110022415803 s
10-29-22 08:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00021107701557165903 s
10-29-22 08:47  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:47  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:47  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:47  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:47  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.82871364751148 ...
10-29-22 08:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000202645269899682 sec...
10-29-22 08:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:48  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:48  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 08:48  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:48  PyFrac.controller.run                    DEBUG     Solved time: 1.82871364751148 s
10-29-22 08:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002026452698997705 s
10-29-22 08:48  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:48  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:48  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:48  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:48  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8289638324493644 ...
10-29-22 08:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00025018493788448766 sec...
10-29-22 08:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:49  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:49  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:49  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:49  PyFrac.controller.run                    DEBUG     Solved time: 1.8289638324493644 s
10-29-22 08:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002501849378844234 s
10-29-22 08:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8292438324274491 ...
10-29-22 08:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00027999997808470146 sec...
10-29-22 08:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:49  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:49  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:49  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-29-22 08:49  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:49  PyFrac.controller.run                    DEBUG     Solved time: 1.8292438324274491 s
10-29-22 08:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.00027999997808469956 s
10-29-22 08:49  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:49  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:49  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:49  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:49  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.829565633243132 ...
10-29-22 08:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00032180081568279894 sec...
10-29-22 08:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:50  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:50  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-29-22 08:51  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:51  PyFrac.controller.run                    DEBUG     Solved time: 1.829565633243132 s
10-29-22 08:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003218008156828933 s
10-29-22 08:51  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8299999999999887 ...
10-29-22 08:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004343667568567078 sec...
10-29-22 08:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:51  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:51  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:51  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-29-22 08:51  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:51  PyFrac.controller.run                    DEBUG     Solved time: 1.8299999999999887 s
10-29-22 08:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004343667568567078 s
10-29-22 08:51  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:51  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:51  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:51  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:51  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8308687335137022 ...
10-29-22 08:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008687335137134156 sec...
10-29-22 08:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:52  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:52  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:52  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:52  PyFrac.controller.run                    DEBUG     Solved time: 1.8308687335137022 s
10-29-22 08:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008687335137134156 s
10-29-22 08:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.832606200541129 ...
10-29-22 08:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017374670274268311 sec...
10-29-22 08:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:52  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:52  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:52  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:52  PyFrac.controller.run                    DEBUG     Solved time: 1.832606200541129 s
10-29-22 08:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017374670274268311 s
10-29-22 08:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8349999999999886 ...
10-29-22 08:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023937994588596467 sec...
10-29-22 08:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:52  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:52  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:52  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:52  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:52  PyFrac.controller.run                    DEBUG     Solved time: 1.8349999999999886 s
10-29-22 08:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023937994588596467 s
10-29-22 08:52  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:52  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:52  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:52  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:52  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8399999999999885 ...
10-29-22 08:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:53  PyFrac.controller.run                    DEBUG     Solved time: 1.8399999999999885 s
10-29-22 08:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8449999999999884 ...
10-29-22 08:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:53  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:53  PyFrac.controller.run                    DEBUG     Solved time: 1.8449999999999884 s
10-29-22 08:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:53  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:53  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:53  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:53  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:53  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8499999999999883 ...
10-29-22 08:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:53  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:53  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:54  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:54  PyFrac.controller.run                    DEBUG     Solved time: 1.8499999999999883 s
10-29-22 08:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8549999999999882 ...
10-29-22 08:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:54  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:54  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:54  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:54  PyFrac.controller.run                    DEBUG     Solved time: 1.8549999999999882 s
10-29-22 08:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.859999999999988 ...
10-29-22 08:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:54  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:54  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:54  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:54  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:54  PyFrac.controller.run                    DEBUG     Solved time: 1.859999999999988 s
10-29-22 08:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:54  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:54  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:54  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:54  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:54  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.864999999999988 ...
10-29-22 08:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:55  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:55  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:55  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:55  PyFrac.controller.run                    DEBUG     Solved time: 1.864999999999988 s
10-29-22 08:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.869999999999988 ...
10-29-22 08:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:55  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:55  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:55  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:55  PyFrac.controller.run                    DEBUG     Solved time: 1.869999999999988 s
10-29-22 08:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8749999999999878 ...
10-29-22 08:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:55  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:55  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:55  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:55  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:55  PyFrac.controller.run                    DEBUG     Solved time: 1.8749999999999878 s
10-29-22 08:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:55  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:55  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:55  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:55  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:55  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8799999999999877 ...
10-29-22 08:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:56  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:56  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:56  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:56  PyFrac.controller.run                    DEBUG     Solved time: 1.8799999999999877 s
10-29-22 08:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8849999999999876 ...
10-29-22 08:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:56  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:56  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:56  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:56  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:56  PyFrac.controller.run                    DEBUG     Solved time: 1.8849999999999876 s
10-29-22 08:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:56  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:56  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:56  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:56  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:56  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8899999999999875 ...
10-29-22 08:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:56  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:56  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:57  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:57  PyFrac.controller.run                    DEBUG     Solved time: 1.8899999999999875 s
10-29-22 08:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8949999999999874 ...
10-29-22 08:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-29-22 08:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:57  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:57  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:57  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:57  PyFrac.controller.run                    DEBUG     Solved time: 1.8949999999999874 s
10-29-22 08:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-29-22 08:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.9 ...
10-29-22 08:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00500000000001255 sec...
10-29-22 08:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-29-22 08:57  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:57  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-29-22 08:57  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-29-22 08:57  PyFrac.controller.run                    INFO      Time step successful!
10-29-22 08:57  PyFrac.controller.run                    DEBUG     Solved time: 1.9 s
10-29-22 08:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.00500000000001255 s
10-29-22 08:57  PyFrac.controller.run                    INFO      Element in the crack: 8101
10-29-22 08:57  PyFrac.controller.run                    DEBUG     Nx: 131
10-29-22 08:57  PyFrac.controller.run                    DEBUG     Ny: 131
10-29-22 08:57  PyFrac.controller.run                    DEBUG     hx: 0.007692307692307693
10-29-22 08:57  PyFrac.controller.run                    DEBUG     hy: 0.007692307692307693
10-29-22 08:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-29-22 08:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-29-22 08:57  PyFrac.controller.run                    INFO      Final time = 1.9
10-29-22 08:57  PyFrac.controller.run                    INFO      -----Simulation finished------
10-29-22 08:57  PyFrac.controller.run                    INFO      number of time steps = 922
10-29-22 08:57  PyFrac.controller.run                    INFO      failed time steps = 0
10-29-22 08:57  PyFrac.controller.run                    INFO      number of remeshings = 0
